Physics › NLM
NLM Questions
1068 questions across 8 subtopics — with step-by-step solutions.
276(3)
Challenging application of NLM(104)
- Figure shows a system of two blocks connec... | | TestHub
- A block of mass m = 1\,\text{kg} is releas... | Physics | TestHub
- A man of mass m climbs a rope attached to... | Physics | TestHub
- A wedge of mass M rests on a smooth horizo... | Physics | TestHub
- A block of mass m_1 = m is placed on a smo... | Physics | TestHub
- A pan of mass \mathrm{m}=1.5 \mathrm{~kg}... | Physics | TestHub
- Two particles A and B of equal mass m each... | Physics | TestHub
- In the figure shown all the surface are sm... | Physics | TestHub
- In the following arrangement the system is... | Physics | TestHub
- One end of a massless rope, which passes o... | Physics | TestHub
- A bead of weight can slide on smooth circu... | Physics | TestHub
- Three forces start acting simultaneously o... | Physics | TestHub
- Two particles of mass each are tied at the... | Physics | TestHub
- An insect crawls up a hemispherical surfac... | Physics | TestHub
- A large number of identical beads, each of... | Physics | TestHub
- Which of the following option correctly de... | Physics | TestHub
- A particle of massis acted upon by a force... | Physics | TestHub
- The machine as shown has rods of length co... | Physics | TestHub
- A ball is thrown upward with an initial ve... | Physics | TestHub
- The boxes of masses and are connected by a... | Physics | TestHub
- Consider a frame that is made up of two th... | Physics | TestHub
- A block of mass slides on the wooden wedge... | Physics | TestHub
- The system shown below is initially in equ... | Physics | TestHub
- A small engine, fixed to a vertical wall a... | Physics | TestHub
- For the system shown in figure, \mathrm{m}... | Physics | TestHub
- In the figure shown a block of mass m rest... | Physics | TestHub
- A small ball of mass M is attached to two... | Physics | TestHub
- Man A of mass 2m is standing on a ladder o... | Physics | TestHub
- A mountain climber is sliding down a verti... | Physics | TestHub
- In the arrangement shown friction between... | Physics | TestHub
- In the arrangement shown, the pulleys are... | Physics | TestHub
- A heavy spherical ball is constrained in a... | Physics | TestHub
- In the figure, block 'A' of mass 'm' is at... | Physics | TestHub
- Let a_{1} and a_{2} be the accelerations o... | Physics | TestHub
- In the balance machine shown in the figure... | Physics | TestHub
- Two rings O and O' are put on two vertical... | Physics | TestHub
- A body of mass m starts sliding down a mov... | Physics | TestHub
- A block of mass 'm' is released from rest... | Physics | TestHub
- Statement I: A spring scale in a lift acce... | Physics | TestHub
- Statement I: If the mirror were replaced b... | Physics | TestHub
- Consider the situation shown in figure. Th... | Physics | TestHub
- Two blocks are connected by a spring. The... | Physics | TestHub
- In the figure, pulleys are smooth and stri... | Physics | TestHub
- Find ratio of the displacement of block A... | Physics | TestHub
- A string is wrapped round a log of wood an... | Physics | TestHub
- In the figure shown string is massless and... | Physics | TestHub
- Let a_{1} and a_{2} be the accelerations o... | Physics | TestHub
- A trolley is accelerating down an incline... | Physics | TestHub
- In which case will the string slack (the t... | Physics | TestHub
- Statement I: A spring scale weighing beans... | Physics | TestHub
- The value of angle such that the accelerat... | Physics | TestHub
- The wedge is moved with constant horizonta... | Physics | TestHub
- A rod is fixed between a vertical wall and... | Physics | TestHub
- Two blocks of masses \mathrm{m}_{1} and \m... | Physics | TestHub
- A mass hangs from a spring and oscillates... | Physics | TestHub
- In each of the three arrangements, the blo... | Physics | TestHub
- Aperson pulls a block of mass m by a light... | Physics | TestHub
- Two blocks \mathrm{m}_{1} and \mathrm{m}_{... | Physics | TestHub
- The system shown in figure is released fro... | Physics | TestHub
- The magnitude of relative acceleration of... | Physics | TestHub
- In the figure shown, the acceleration of w... | Physics | TestHub
- Two monkeys Ronit and Yatin of equal mass... | Physics | TestHub
- A perfectly straight portion of a uniform... | Physics | TestHub
- In thefigure given below, all surfaces are... | Physics | TestHub
- The system is released from rest. 2 second... | Physics | TestHub
- A uniform heavy rope of mass 8 kg and leng... | Physics | TestHub
- A jet shoots a stream of water vertically... | Physics | TestHub
- In the given figure both the blocks have e... | Physics | TestHub
- In shown figure \mathrm{m}_{1}=2 \mathrm{~... | Physics | TestHub
- In the given diagram, if the spring connec... | Physics | TestHub
- Two identical particles A and B, each of m... | Physics | TestHub
- Two weights \mathrm{w}_{1} and \mathrm{w}_... | Physics | TestHub
- All surfaces are smooth and pulleys are id... | Physics | TestHub
- Initially system is in equilibrium. If the... | Physics | TestHub
- The tension in the string shown in the fig... | Physics | TestHub
- All the surfaces are smooth and system rel... | Physics | TestHub
- A 5 kg block is placed on the smooth 37{^\... | Physics | TestHub
- Mass m shown in figure is in equilibrium.... | Physics | TestHub
- At time t seconds a particle of mass 3 kg... | Physics | TestHub
- In the figure shown, all pulleys are massl... | Physics | TestHub
- In the system of pulleys shown what should... | Physics | TestHub
- Statement I: A man can make a weak spring... | Physics | TestHub
- If \mathrm{M}=1 \mathrm{~kg} \& \mathrm{~m... | Physics | TestHub
- A solid sphere of mass 2kg is resting insi... | Physics | TestHub
- In the setup shown, blocks of masses 3m an... | Physics | TestHub
- The acceleration of the ball in shot putte... | Physics | TestHub
- In the figure shown blocks are placed on s... | Physics | TestHub
- In the arrangement shown, by what accelera... | Physics | TestHub
- A heavy spherical ball is constrained in a... | Physics | TestHub
- In the system shown in figure all pulleys... | Physics | TestHub
- Two monkeys of masses 10 and 8 kg are movi... | Physics | TestHub
- The ratio of tensions in the string connec... | Physics | TestHub
- If we break the board into half so that it... | Physics | TestHub
- A block with mass M lies on a slippery hor... | Physics | TestHub
- In the figure shown a boy is holding one e... | Physics | TestHub
- Statement I: You can get yourself weighed... | Physics | TestHub
- A block of mass 10 kg is kept on a smooth... | Physics | TestHub
- What will be the acceleration of blocks as... | Physics | TestHub
- In figure \mathrm{m}_{1}=4 \mathrm{~kg}, \... | Physics | TestHub
- A block of mass M on a horizontal smooth s... | Physics | TestHub
- Two identical weights of mass M are linked... | Physics | TestHub
- Acceleration of (1) w.r.t. rope is 5g upwa... | Physics | TestHub
- The magnitude of the normal force that the... | Physics | TestHub
- A force F acting on a particle of mass 5 k... | Physics | TestHub
FBD & Equilibrium(225)
- Two blocks A and B are placed as shown in... | | TestHub
- In all the situations shown in List-I, the... | | TestHub
- Block A, B \& C are connected with light s... | | TestHub
- If the sphere in the figure shown has a ma... | | TestHub
- A mass m is suspended from the ceiling by... | Physics | TestHub
- A block of mass 5 \text{ kg} is placed on... | Physics | TestHub
- A block of mass m is placed on a smooth in... | Physics | TestHub
- A block of mass M is placed on a smooth ho... | Physics | TestHub
- A rocket with a lift-off mass is blasted u... | Physics | TestHub
- A light spring balance hangs from the hook... | Physics | TestHub
- Two masses and tied to a string are hangin... | Physics | TestHub
- A particle of mass is subjected to a force... | Physics | TestHub
- A block is kept on a frictionless inclined... | Physics | TestHub
- A mass of is suspended by a weightless str... | Physics | TestHub
- A body weighing is suspended by two string... | Physics | TestHub
- A piece of wire is bent in the shape of a... | Physics | TestHub
- A uniform cylinder of lengthand masshaving... | Physics | TestHub
- A block of mass m is placed on a smooth in... | Physics | TestHub
- A mass ofis suspended vertically by a rope... | Physics | TestHub
- A mass ofis suspended by a rope of length,... | Physics | TestHub
- A body of weight is suspended as shown in... | Physics | TestHub
- Two bodies of masses and are connected by... | Physics | TestHub
- Four forces are acting at a point in equil... | Physics | TestHub
- A mass of is suspended vertically by a rop... | Physics | TestHub
- A block of metal weighing is resting on a... | Physics | TestHub
- A balloon has mass ofin air. The air escap... | Physics | TestHub
- A block of mass is kept stationary on a sm... | Physics | TestHub
- A block of is attached to a string whose o... | Physics | TestHub
- A mass is suspended from the ceiling by a... | Physics | TestHub
- A body of weight is suspended from a tree... | Physics | TestHub
- A massless spring gets elongated by amount... | Physics | TestHub
- A body of mass is suspended by two strings... | Physics | TestHub
- A body of mass 1 kg is suspended with the... | Physics | TestHub
- Statement I: A telephone wire can never be... | Physics | TestHub
- What force must man exert on rope to keep... | Physics | TestHub
- In the ideal Atwood machine arrangement sh... | Physics | TestHub
- See the diagram. The system is in equilibr... | Physics | TestHub
- The system shown in the figure is initiall... | Physics | TestHub
- The system of two weights with masses \mat... | Physics | TestHub
- Two blocks of mass \mathrm{m}=5 \mathrm{~k... | Physics | TestHub
- A particle is acted upon by two mutually p... | Physics | TestHub
- The system shown in the figure is initiall... | Physics | TestHub
- A bus is moving with constant acceleration... | Physics | TestHub
- A block A is kept on a rough plate with co... | Physics | TestHub
- In which of the following figures contact... | Physics | TestHub
- An object is acted on by three forces. All... | Physics | TestHub
- A weight W is supported by two cables as s... | Physics | TestHub
- Find reading of spring balance :- | Physics | TestHub
- A souvenir is constructed by 3 light rods,... | Physics | TestHub
- Figure shows a ball of mass m connected wi... | Physics | TestHub
- Two masses m and M are attached to strings... | Physics | TestHub
- A person of mass M is stationary w.r.t. a... | Physics | TestHub
- What will be the reading of spring balance ? | Physics | TestHub
- Two blocks A and B of masses m & 2m respec... | Physics | TestHub
- Statement I: When a bird alights on a stre... | Physics | TestHub
- Which of the following free body diagram i... | Physics | TestHub
- A circular rope of weight W and radius \ma... | Physics | TestHub
- Three identical blocks are placed at rest... | Physics | TestHub
- Figure shows a ball of mass m connected wi... | Physics | TestHub
- Statement I: A climber hanging from a rope... | Physics | TestHub
- Statement I: If the lower cord of a hangin... | Physics | TestHub
- A body of mass 1 kg is suspended by means... | Physics | TestHub
- In the given diagram, with what force must... | Physics | TestHub
- Two weights \mathrm{W}_{1} and \mathrm{W}_... | Physics | TestHub
- Two blocks are kept in contact as shown in... | Physics | TestHub
- In figure shown, both blocks are released... | Physics | TestHub
- In the figure shown, the mass of the man =... | Physics | TestHub
- The tension in the string will be | Physics | TestHub
- A 100-N weight hangs from the ceiling on a... | Physics | TestHub
- A girl finds herself stuck with her back t... | Physics | TestHub
- A particle moves under a force that is alw... | Physics | TestHub
- A load extends a spring by 12 cm in equili... | Physics | TestHub
- Three equal weights of mass 3 kg each are... | Physics | TestHub
- Two blocks of mass \mathrm{m}=5 \mathrm{~k... | Physics | TestHub
- A 1 N pendulum bob is held at an angle \th... | Physics | TestHub
- Acircus performer of weight W is walking a... | Physics | TestHub
- A stiff horizontal spring of weight W and... | Physics | TestHub
- Figure shows a block of mass m placed on a... | Physics | TestHub
- If magnitude of contact force between 2 kg... | Physics | TestHub
- In shown situation elevator is moving upwa... | Physics | TestHub
- Statement I: A standing passenger in a bus... | Physics | TestHub
- For the system shown below which of the st... | Physics | TestHub
- A body of mass M is kept on a rough horizo... | Physics | TestHub
- In ideal spring, with a pointer attached t... | Physics | TestHub
- If one string be cut, the tension of each... | Physics | TestHub
- A 27-kg chandelier hangs from a ceiling on... | Physics | TestHub
- A homeowner pushes a lawn mower across a h... | Physics | TestHub
- The masses of 10 kg and 20 kg respectively... | Physics | TestHub
- A man of mass \mathrm{m}_{1} holding one e... | Physics | TestHub
- Three solid hemispheres of radii R each ar... | Physics | TestHub
- In the fig. m = 4m . Pulleys are smooth an... | Physics | TestHub
- Statement I: A skydiver falling at termina... | Physics | TestHub
- A cylinder of mass 10 kg is resting betwee... | Physics | TestHub
- All surface shown in figure are smooth. Sy... | Physics | TestHub
- A bird sits on a light wire stretched hori... | Physics | TestHub
- Figure represents a painter in a crate whi... | Physics | TestHub
- Three equal weights of mass 2 kg each are... | Physics | TestHub
- Statement I: In the same man-in-chair arra... | Physics | TestHub
- A weight can be hung in any of the followi... | Physics | TestHub
- If the reading of spring balance as shown... | Physics | TestHub
- A weighing machine is kept upside down on... | Physics | TestHub
- Two trucks pull on either end of a rope, e... | Physics | TestHub
- If the acceleration of particle is \mathrm... | Physics | TestHub
- Statement I: When a car at rest is struck... | Physics | TestHub
- Two men pull a rope from which a mass is h... | Physics | TestHub
- Assume every block is stationary in the tw... | Physics | TestHub
- A light string passing over the fixed smoo... | Physics | TestHub
- A coin is dropped from the same height ins... | Physics | TestHub
- The pull P is just sufficient to keep the... | Physics | TestHub
- In the figure, a man of true mass M is sta... | Physics | TestHub
- Statement I: A raindrop that starts fallin... | Physics | TestHub
- A bead of mass m is in unstable equilibriu... | Physics | TestHub
- Two blocks of masses 3 kg and 7 kg are at... | Physics | TestHub
- In the system of pulleys shown, what shoul... | Physics | TestHub
- Statement I: Two unequal masses hung over... | Physics | TestHub
- The steel ball is suspended in an accelera... | Physics | TestHub
- consider the situation shown in the figure... | Physics | TestHub
- Statement I: A block hangs from the ceilin... | Physics | TestHub
- A block tied between two springs is in equ... | Physics | TestHub
- A flexible chain of weight W hangs between... | Physics | TestHub
- What is the speed (in m/s) of block \mathr... | Physics | TestHub
- Three forces (shown in figure) act on a bo... | Physics | TestHub
- A car is coming down hill with constant ve... | Physics | TestHub
- In the figure, pulley and cord have neglig... | Physics | TestHub
- The two ends of a 40 cm long chain are fix... | Physics | TestHub
- Figure shows a spring and a pulley, block... | Physics | TestHub
- A smooth rod of length l is kept inside a... | Physics | TestHub
- A 50 kg person stands on a 25 kg platform.... | Physics | TestHub
- Two blocks of mass 6kg (A) and 3kg (B) are... | Physics | TestHub
- A body is in equilibrium. Which of the fol... | Physics | TestHub
- For the diagram shown below, \mathrm{m}_{1... | Physics | TestHub
- A block P of mass 4 kg is placed on horizo... | Physics | TestHub
- The block of mass \mathrm{m}_{1} remains s... | Physics | TestHub
- In given figure blocks A and B each have s... | Physics | TestHub
- A man of mass 50 kg is hanging on a ladder... | Physics | TestHub
- Statement I: It is harder to keep balance... | Physics | TestHub
- The setup shown is in equilibrium. Mass of... | Physics | TestHub
- For a particle rotating in a vertical circ... | Physics | TestHub
- Statement I: Inside a freely falling lift,... | Physics | TestHub
- A smooth wedge is pulled to the right with... | Physics | TestHub
- In the given arrangement all contact surfa... | Physics | TestHub
- A person standing on the floor of an eleva... | Physics | TestHub
- In the figure, the blocks A, B and C of ma... | Physics | TestHub
- Consider the two configurations shown in e... | Physics | TestHub
- A block is placed on a smooth incline. It... | Physics | TestHub
- Statement I: During a downward trip the ca... | Physics | TestHub
- Mass \mathrm{m}=10 \mathrm{~kg} shown in f... | Physics | TestHub
- Statement I: The work done in raising a bo... | Physics | TestHub
- In the figure shown, initially spring is r... | Physics | TestHub
- A 1 kg block B rests as shown on a bracket... | Physics | TestHub
- A man of mass 60 kg stands on a frame of m... | Physics | TestHub
- If system is in equilibrium then the relat... | Physics | TestHub
- Statement I: A man sits in a chair slung f... | Physics | TestHub
- A stretching force of 1000 newton is appli... | Physics | TestHub
- In the figure shown string CA and DF are h... | Physics | TestHub
- Two wooden blocks are moving on a smooth h... | Physics | TestHub
- Match the entries of column I with column... | Physics | TestHub
- In the figure at the free end of the light... | Physics | TestHub
- If \mathrm{M}_{\mathrm{B}}=10 \mathrm{~kg}... | Physics | TestHub
- Two identical mass m are connected to a ma... | Physics | TestHub
- Statement I: If you dip a finger into the... | Physics | TestHub
- Essential characteristic of equilibrium is: | Physics | TestHub
- A block of mass \mathrm{m}_{1} is placed o... | Physics | TestHub
- A person of mass 60 kg stands on block of... | Physics | TestHub
- ABCD is an elastic string of natural lengt... | Physics | TestHub
- A plank inclined at an angle of \alpha to... | Physics | TestHub
- In the figure shown string CA \& DF are ho... | Physics | TestHub
- The system shown is in equilibrium. All th... | Physics | TestHub
- A block of mass m=1kg, is placed on a wedg... | Physics | TestHub
- A block of mass \mathrm{m}=1 \mathrm{~kg}... | Physics | TestHub
- A load attached to the end of a spring and... | Physics | TestHub
- A man of mass m stands on a frame of mass... | Physics | TestHub
- In the diagram below, the tension in each... | Physics | TestHub
- Statement I: A tight clothesline sags more... | Physics | TestHub
- In shown figure \mathrm{m}_{1}=2 \mathrm{~... | Physics | TestHub
- In the arrangement shown, neglect the mass... | Physics | TestHub
- In adjacent diagram, the ratio of mass \ma... | Physics | TestHub
- Statement I: A ball hung by a cord inside... | Physics | TestHub
- The system shown is in equilibrium. When s... | Physics | TestHub
- A rope, tied between a motor and a crate,... | Physics | TestHub
- The atwood machine system shown in the fig... | Physics | TestHub
- A sphere of radius R and mass m is connect... | Physics | TestHub
- A book leans against a crate on a table. N... | Physics | TestHub
- Two monkeys of masses 10 kg and 8 kg are m... | Physics | TestHub
- Assertion: Standing passengers in a metro... | Physics | TestHub
- Three spring balances are attached to the... | Physics | TestHub
- Find the reading of spring balance as show... | Physics | TestHub
- A particle is on a smooth horizontal plane... | Physics | TestHub
- The value of m so that \mathrm{M}=10 \math... | Physics | TestHub
- Statement I: Three men pulling left at A a... | Physics | TestHub
- AB is a string whose one end A is fixed at... | Physics | TestHub
- The system shown in figure is in equilibri... | Physics | TestHub
- A block of mass 5kg is being pulled up by... | Physics | TestHub
- A cylinder of mass M and radius R is resti... | Physics | TestHub
- In a legend the hero kicked a body pig so... | Physics | TestHub
- Find reading of weighing balance in lift :- | Physics | TestHub
- A force - time graph for the motion of a b... | Physics | TestHub
- A meter stick on a horizontal frictionless... | Physics | TestHub
- A system of two blocks are connected by th... | Physics | TestHub
- A bob of mass \mathrm{m}=4 \mathrm{~kg} is... | Physics | TestHub
- A rope of mass M is hanged from two suppor... | Physics | TestHub
- A ball is held at rest in position A by tw... | Physics | TestHub
- A child's toy consists of three blocks as... | Physics | TestHub
- A scooter starting from rest moves with a... | Physics | TestHub
- A solid cube of mass 5kg is placed on a ro... | Physics | TestHub
- A helicopter of mass M is carrying a box o... | Physics | TestHub
- A truck is accelerating on horizontal road... | Physics | TestHub
- Reading shown in two spring balances, \mat... | Physics | TestHub
- Statement I: If one tug-of-war team quietl... | Physics | TestHub
- The value of the friction coefficient acti... | Physics | TestHub
- Two masses of an Atwood machine are at res... | Physics | TestHub
- The system shown in the figure is initiall... | Physics | TestHub
- For the equilibrium situation shown, the c... | Physics | TestHub
- Statement I: The tension in the cable of a... | Physics | TestHub
- In the figure at the free end a force F is... | Physics | TestHub
- If system is in equilibrium and mass of m_... | Physics | TestHub
- The arrangement shown in the figure is in... | Physics | TestHub
- Two blocks of masses \mathrm{m}_{1} and \m... | Physics | TestHub
- The system shown in the figure is initiall... | Physics | TestHub
- A mass 2 m suspended from a given spring c... | Physics | TestHub
- Three blocks are arranged by the two strin... | Physics | TestHub
- Statement I: If one of the 2 kg weights in... | Physics | TestHub
- A block A kept on an inclined surface just... | Physics | TestHub
- consider the situation shown in the figure... | Physics | TestHub
- A block of mass m is supported by a string... | Physics | TestHub
Friction(313)
- A plank of length 20 m and mass 1 kg is ke... | | TestHub
- A block of mass 10 kg is moving on a rough... | | TestHub
- A bead of mass 2kg is fitted onto a rod wi... | | TestHub
- Two blocks of masses \mathrm{m}_{1} and \m... | | TestHub
- For the system shown below which of the st... | | TestHub
- A 2 kg block is kept on 1 kg block as show... | | TestHub
- Find the acceleration of the two blocks of... | | TestHub
- For the arrangement shown in the figure, m... | Physics | TestHub
- A block of mass m is pulled along a rough... | Physics | TestHub
- A block A of mass m is placed on a block B... | Physics | TestHub
- A block of mass m_1 = m is placed on a lon... | Physics | TestHub
- A block of mass M = 10 \text{ kg} is place... | Physics | TestHub
- A block of mass m is pressed against a ver... | Physics | TestHub
- There are five mechanical setups as shown... | Physics | TestHub
- A block of mass 1 kg is kept on the tilted... | Physics | TestHub
- A uniform chain of length L has one of its... | Physics | TestHub
- A marble block of mass lying on ice when g... | Physics | TestHub
- A horizontal force of is necessary to just... | Physics | TestHub
- A block rests on a rough inclined plane ma... | Physics | TestHub
- A smooth block is released at rest on a in... | Physics | TestHub
- The upper half of an inclined plane with i... | Physics | TestHub
- Statement 1 It is easier to pull a heavy o... | Physics | TestHub
- Two blocks are connected over a massless p... | Physics | TestHub
- A block of mass is on an inclined plane of... | Physics | TestHub
- A block is moving on an inclined plane mak... | Physics | TestHub
- A small block of mass of lies on a fixed i... | Physics | TestHub
- A body starts from rest on a long inclined... | Physics | TestHub
- A heavy box is to be dragged along a rough... | Physics | TestHub
- A bullet of mass is fired horizontally wit... | Physics | TestHub
- A block of massis placed on a surface with... | Physics | TestHub
- A block of mass another mass , are placed... | Physics | TestHub
- The masses of blocks and are and respectiv... | Physics | TestHub
- Given in the figure are two blocksandof we... | Physics | TestHub
- In figure, two blocks are separated by a u... | Physics | TestHub
- Block A of mass and block of mass are plac... | Physics | TestHub
- A rocket is fired vertically from the eart... | Physics | TestHub
- Two blocks and are placed one over the oth... | Physics | TestHub
- A block of mass rests on another block of... | Physics | TestHub
- Two massesand, connected by an inextensibl... | Physics | TestHub
- A given object takestimes more time to sli... | Physics | TestHub
- An automobile moving with a speed ofreache... | Physics | TestHub
- A given object takes times more time to sl... | Physics | TestHub
- An object takestimes as much time to slide... | Physics | TestHub
- A body of mass slides down with an acceler... | Physics | TestHub
- A block of mass is (i) pushed in case and... | Physics | TestHub
- A block of massis kept on a rough inclined... | Physics | TestHub
- A block kept on a rough inclined plane, as... | Physics | TestHub
- Two blocksandof massesandare kept on the t... | Physics | TestHub
- A maximum of force can be applied on a blo... | Physics | TestHub
- The upper half of an inclined plane with i... | Physics | TestHub
- A block starts moving up an inclined plane... | Physics | TestHub
- A body of mass is placed on a horizontal s... | Physics | TestHub
- A rat is running on ice with speed. Sudden... | Physics | TestHub
- An insect is at the bottom of a hemispheri... | Physics | TestHub
- An inclined plane is bent in such a way th... | Physics | TestHub
- When a body slides down from rest along a... | Physics | TestHub
- Two blocks ( and ) are arranged on a horiz... | Physics | TestHub
- A body of massrests on a horizontal floor... | Physics | TestHub
- The coefficient of static friction between... | Physics | TestHub
- An inclined plane making an angle of with... | Physics | TestHub
- A body of massis launched up on a rough in... | Physics | TestHub
- As shown in the figure, a block of mass is... | Physics | TestHub
- A boy of mass is standing on a piece of wo... | Physics | TestHub
- The coefficient of static friction between... | Physics | TestHub
- A block of mass slides along a floor while... | Physics | TestHub
- A bag is gently dropped on a conveyor belt... | Physics | TestHub
- A block of mass slides over a surface, whe... | Physics | TestHub
- A uniform chain oflength is placed on a ta... | Physics | TestHub
- A block of massstarts sliding on a surface... | Physics | TestHub
- A system of two blocks of masses and is pl... | Physics | TestHub
- A block of massslides down on a rough incl... | Physics | TestHub
- A block of massmoving on a horizontal surf... | Physics | TestHub
- Consider a block kept on an inclined plane... | Physics | TestHub
- The time taken by an object to slide downr... | Physics | TestHub
- A block of massslides down the plane incli... | Physics | TestHub
- As shown in the figure a block of mass lyi... | Physics | TestHub
- A body of massis moving with an initial sp... | Physics | TestHub
- A block of massis placed at rest on a tabl... | Physics | TestHub
- A given object takes times the time to sli... | Physics | TestHub
- A block of mass is placed on a rough incli... | Physics | TestHub
- Consider a block and trolley system as sho... | Physics | TestHub
- Given below are two statements :Statement... | Physics | TestHub
- A heavy box of mass is moving on a horizon... | Physics | TestHub
- A block of massis placed on a surface havi... | Physics | TestHub
- In the given arrangement of a doubly incli... | Physics | TestHub
- A brick begins to slide over a surface whi... | Physics | TestHub
- A cubic block of mass is sliding down on a... | Physics | TestHub
- The arrangement shown in the diagram is mo... | Physics | TestHub
- For , the system is released from rest at... | Physics | TestHub
- Statement I: A marble sinking through a ja... | Physics | TestHub
- A small ring R of mass 0.2 kg is threaded... | Physics | TestHub
- If the coefficient of friction between blo... | Physics | TestHub
- In a rotor, a hollow vertical cylindrical... | Physics | TestHub
- In the following arrangements, if , then m... | Physics | TestHub
- Block A of mass 4 kg is placed on the roug... | Physics | TestHub
- Statement I: In a tug-of-war the losing te... | Physics | TestHub
- A worker of mass m pushes a crate of mass... | Physics | TestHub
- Statement-1: While running on a straight t... | Physics | TestHub
- Two blocks A (1 kg) and B (2 kg) are conne... | Physics | TestHub
- Statement I: A baseball fired straight dow... | Physics | TestHub
- A block of unknown mass is at rest on a ro... | Physics | TestHub
- In the given figure : | Physics | TestHub
- If the coefficient of friction between the... | Physics | TestHub
- The force \mathrm{F}_{1} that is necessary... | Physics | TestHub
- Which among the following equations is/are... | Physics | TestHub
- Two blocks A and B each of mass \frac{1}{2... | Physics | TestHub
- Statement I: Tightening a nut on a bolt in... | Physics | TestHub
- Three identical blocks move either on a ho... | Physics | TestHub
- An object is kept on rough horizontal surf... | Physics | TestHub
- In the arrangement shown in the figure, th... | Physics | TestHub
- With what minimum acceleration mass M must... | Physics | TestHub
- Statement I: A ladder is safest when the c... | Physics | TestHub
- Blocks A and B each have same mass \mathrm... | Physics | TestHub
- A block of mass 2 kg , is kept on a horizo... | Physics | TestHub
- A bead of mass 2 kg is fitted onto a rod w... | Physics | TestHub
- Mass of the blocks and coefficient of fric... | Physics | TestHub
- Two blocks of mass and are slowly just pla... | Physics | TestHub
- Two blocks A and B are as shown in figure.... | Physics | TestHub
- In Fig., a body A of mass m slides on a pl... | Physics | TestHub
- In the figure shown, surface is smooth whe... | Physics | TestHub
- List-I shows some situations with specifie... | Physics | TestHub
- After how much time relative motion stops... | Physics | TestHub
- A truck starting from rest moves with an a... | Physics | TestHub
- Two blocks of mass 2 kg and 4 kg are conne... | Physics | TestHub
- The acceleration of plank if \mathrm{F}=10... | Physics | TestHub
- You want to apply a force on a box so that... | Physics | TestHub
- In the figure shown if system starts at t... | Physics | TestHub
- If coefficient of friction between wedge &... | Physics | TestHub
- The spring shown in the figure has a natur... | Physics | TestHub
- In the given figure, a block A rests on a... | Physics | TestHub
- A block of mass 1 kg is placed over a long... | Physics | TestHub
- A crate just begins to slide when a ramp i... | Physics | TestHub
- The acceleration of 10 kg block when \math... | Physics | TestHub
- In figure, find the minimum value mass m o... | Physics | TestHub
- A block of unknown mass is at rest on a ro... | Physics | TestHub
- One stick leans on another as shown in Fig... | Physics | TestHub
- The maximum acceleration of 5 kg block is | Physics | TestHub
- A scooter accelerates on a level road. The... | Physics | TestHub
- On a slippery floor it is safer to walk wi... | Physics | TestHub
- A body is projected up an inclined plane o... | Physics | TestHub
- A bicycle moves on a horizontal road with... | Physics | TestHub
- A man tows his daughter on a sled on level... | Physics | TestHub
- Neglecting friction and mass of pulley, wh... | Physics | TestHub
- Four blocks are arranged on a smooth horiz... | Physics | TestHub
- A board of mass m = 1 kg lies on a table a... | Physics | TestHub
- The friction force between plank and block... | Physics | TestHub
- In a situation the contact force by a roug... | Physics | TestHub
- A constant horizontal force F is acting on... | Physics | TestHub
- The friction force acting between surfaces... | Physics | TestHub
- For shown situation in figure (Assume : \m... | Physics | TestHub
- Block M slides down on a frictionless incl... | Physics | TestHub
- A block ( M=8 kg) is connected to an empty... | Physics | TestHub
- Two bodies of mass m and 4m are attached b... | Physics | TestHub
- Statement I: Tires grip the road better on... | Physics | TestHub
- A ball is dropped from a height H and boun... | Physics | TestHub
- For shown situation the acceleration of bl... | Physics | TestHub
- Two blocks of masses 1 kg and 2 kg are pla... | Physics | TestHub
- A board is being moved with a cosntant vel... | Physics | TestHub
- Which among the following equations is/are... | Physics | TestHub
- Statement I: A car can brake harder on a l... | Physics | TestHub
- A 1 kg block moving on horizontal rough su... | Physics | TestHub
- A plank of mass \mathrm{m}_{1}=8 \mathrm{~... | Physics | TestHub
- Three blocks of equal mass M are initially... | Physics | TestHub
- Two blocks having same mass are placed on... | Physics | TestHub
- In the arrangement shown in figure, the in... | Physics | TestHub
- A block pulley arrangement is shown in the... | Physics | TestHub
- A small ring R of mass 0.2 kg is threaded... | Physics | TestHub
- Two bodies of mass m and 4m are attached b... | Physics | TestHub
- m_{1}=4 \mathrm{~kg}, m_{2}=2 \mathrm{~kg}... | Physics | TestHub
- Two blocks P and Q of same mass 'm' are pl... | Physics | TestHub
- A box with sand of mass \mathrm{M}=4 \math... | Physics | TestHub
- In the system shown, the initial accelerat... | Physics | TestHub
- For given situation select the INCORRECT s... | Physics | TestHub
- The acceleration of block (in \mathrm{m} /... | Physics | TestHub
- Select the correct graph of acceleration o... | Physics | TestHub
- A block of mass 2 kg is thrown at 6 m/s on... | Physics | TestHub
- A block just begins to slide when the incl... | Physics | TestHub
- The contact force exerted by a rough surfa... | Physics | TestHub
- Figure shows a man of mass 48 kg standing... | Physics | TestHub
- Statement I: A heavy crate resting on a sl... | Physics | TestHub
- Two blocks A and B are placed over each ot... | Physics | TestHub
- Statement I: A ladder resting against a wa... | Physics | TestHub
- Two blocks A and B, attached to each other... | Physics | TestHub
- The 40kg block is moving to the right with... | Physics | TestHub
- Figure shows a man of mass 50 kg standing... | Physics | TestHub
- For what value of F will the block move wi... | Physics | TestHub
- Imagine a situation in which the given arr... | Physics | TestHub
- Two blocks of mass 10 kg \& 50 kg are plac... | Physics | TestHub
- An object of mass m is kept on a rough inc... | Physics | TestHub
- Statement I: A small child cannot push-sta... | Physics | TestHub
- A solid cube of mass 5 kg is placed on a r... | Physics | TestHub
- Figure shows two smooth-surfaced solid cyl... | Physics | TestHub
- A block of mass m is initially at rest on... | Physics | TestHub
- A boy of mass 40 kg is climbing a vertical... | Physics | TestHub
- A body rests stationary on a rough incline... | Physics | TestHub
- Statement I: You cannot slide a box heavie... | Physics | TestHub
- In the system shown in figure the friction... | Physics | TestHub
- An object is kept on a rough horizontal su... | Physics | TestHub
- Statement I: When a losing tug-of-war team... | Physics | TestHub
- In figure, a body A of mass m slides on pl... | Physics | TestHub
- A metal block of mass m is placed on a smo... | Physics | TestHub
- The force applied on 3 kg block so that sl... | Physics | TestHub
- Assertion: A horse can set a wagon into mo... | Physics | TestHub
- A ring of radius r made of wire of density... | Physics | TestHub
- Statement I: Passengers in a car taking a... | Physics | TestHub
- A block lying on a long horizontal conveyo... | Physics | TestHub
- A block of 7 kg is placed on a rough horiz... | Physics | TestHub
- A 20 kg slab rests on a frictionless floor... | Physics | TestHub
- A block of mass m is supported by a string... | Physics | TestHub
- List-I contains values of F and List-II co... | Physics | TestHub
- Statement I: A coin placed on a rotating l... | Physics | TestHub
- In the same two-block arrangement, after s... | Physics | TestHub
- A block rests on a rough plane whose incli... | Physics | TestHub
- Two blocks of equal masses and connected b... | Physics | TestHub
- Statement I: Lowering a stone held by a st... | Physics | TestHub
- In the system shown, coefficient of static... | Physics | TestHub
- A cart accelerates horizontally with a blo... | Physics | TestHub
- In the figure shown, what is the minimum f... | Physics | TestHub
- Statement-1 : A man starts walking towards... | Physics | TestHub
- A block of mass is placed on a rough horiz... | Physics | TestHub
- String is massless and pulley is smooth in... | Physics | TestHub
- Statement I: A firmly clamped book is hard... | Physics | TestHub
- A 2 kg block is kept at rest on a rough ho... | Physics | TestHub
- A 2 kg block is kept at rest on a rough ho... | Physics | TestHub
- A disc is kept on a perfect rough surface... | Physics | TestHub
- A block A is kept on a rough plate with co... | Physics | TestHub
- If \mu is the coefficient of friction betw... | Physics | TestHub
- A 50 kg box is held at rest on a slope of... | Physics | TestHub
- Minimum length of plank so that block does... | Physics | TestHub
- A long plank 'A' is at rest on a smooth ho... | Physics | TestHub
- A ship of mass 3 \times 10^{6} \mathrm{~kg... | Physics | TestHub
- The possible value(s) of \mathrm{m}_{2} so... | Physics | TestHub
- Statement I: For a block held on a rough i... | Physics | TestHub
- For the situation in question (12), minimu... | Physics | TestHub
- A body of mass M is kept on a rough horizo... | Physics | TestHub
- A block of mass \mathrm{m}=1 \mathrm{~kg}... | Physics | TestHub
- While walking on ice, one should take smal... | Physics | TestHub
- System is shown at an instant. There is fr... | Physics | TestHub
- Shown in the diagram is a system of two bo... | Physics | TestHub
- A block of mass 2.5 kg is kept on a rough... | Physics | TestHub
- Acceleration of both the blocks when 40 N... | Physics | TestHub
- A force \vec{F}=2 \hat{i}+6 \hat{j} acts o... | Physics | TestHub
- If \mathrm{F}=18 \mathrm{~N} , then : | Physics | TestHub
- The coefficient of friction between block... | Physics | TestHub
- After the hanging block hits the table, wh... | Physics | TestHub
- The two block system is observed to be mov... | Physics | TestHub
- Imagine Mr. Franklin sitting on a wheeled... | Physics | TestHub
- A body is moving down a long inclined plan... | Physics | TestHub
- In a similar arrangement with massless fri... | Physics | TestHub
- Statement I: A monkey holding one end of a... | Physics | TestHub
- A block of mass 2 kg initially is at rest... | Physics | TestHub
- A body is projected up an inclined plane o... | Physics | TestHub
- In the figure shown, the minimum force F (... | Physics | TestHub
- A smooth block is released at rest on a 45... | Physics | TestHub
- Two blocks A (5 kg) and B (10 kg), joined... | Physics | TestHub
- An object of mass m is kept on a rough inc... | Physics | TestHub
- The maximum F which will not cause motion... | Physics | TestHub
- Two blocks each of mass 1 kg are placed as... | Physics | TestHub
- Figure shows a system consisting of some b... | Physics | TestHub
- Consider the shown arrangement: the coeffi... | Physics | TestHub
- Neglecting friction and mass of pulley, tw... | Physics | TestHub
- A block lying on a long horizontal conveyo... | Physics | TestHub
- For shown situation the acceleration of bl... | Physics | TestHub
- A small ring R of mass 0.2 kg is threaded... | Physics | TestHub
- Two blocks A and B are placed on an inclin... | Physics | TestHub
- A block system is shown in figure. Frictio... | Physics | TestHub
- A man of mass 50 kg is standing on one end... | Physics | TestHub
- A block of mass m is placed on a rough par... | Physics | TestHub
- A car starts from rest to cover a distance... | Physics | TestHub
- Two blocks A (2 kg) and B (4 kg) are conne... | Physics | TestHub
- Figure shows a block of mass m in contact... | Physics | TestHub
- A block is about to slide down an inclined... | Physics | TestHub
- A metal block of mass m is placed on a smo... | Physics | TestHub
- A block of mass 2 kg is connected with a s... | Physics | TestHub
- A 40 kg slab rests on a frictionless floor... | Physics | TestHub
- A uniform chain is placed over a table suc... | Physics | TestHub
- A block of mass m is hanged at an angle \b... | Physics | TestHub
- Figure shows a cylinder mounted on an hori... | Physics | TestHub
- In the arrangement shown in figure, coeffi... | Physics | TestHub
- Consider the situation shown in the figure... | Physics | TestHub
- An object of mass 'm' is moving to the rig... | Physics | TestHub
- The time at which man throws the ball- | Physics | TestHub
- A cart of mass M has a block of mass m in... | Physics | TestHub
- A scooter starting from rest moves with a... | Physics | TestHub
- In the figure shown, the coefficient of fr... | Physics | TestHub
- The block shown in figure remains at rest... | Physics | TestHub
- A block is placed on a surface with vertic... | Physics | TestHub
- A boy of mass M is applying a horizontal f... | Physics | TestHub
- A wedge with a rough groove in the shape o... | Physics | TestHub
- Statement I: In the arrangement shown, wit... | Physics | TestHub
- If F is applied on 6kg block instead of 3k... | Physics | TestHub
- A block A of mass 2 kg rests on another bl... | Physics | TestHub
- Block A is placed on block B, whose mass i... | Physics | TestHub
- An arrangement of the masses and pulleys i... | Physics | TestHub
- A block of mass 1 kg is horizontally throw... | Physics | TestHub
- A block rests on a rough plane whose incli... | Physics | TestHub
- A body of mass m is kept stationary on a r... | Physics | TestHub
- In the arrangement shown in figure coeffic... | Physics | TestHub
- A block A (5 kg) rests over another block... | Physics | TestHub
- Statement I: Polishing two surfaces beyond... | Physics | TestHub
- A block of mass m is placed on a surface w... | Physics | TestHub
- Paragraph for Questions 3 and 4: A 3 kg bl... | Physics | TestHub
- Paragraph for Questions 3 and 4: A 3 kg bl... | Physics | TestHub
- In the given figure.List - IList - II(P) I... | Physics | TestHub
- Board-(a) is lying on top of board-(b). To... | Physics | TestHub
- The system shown is in equilibrium. Positi... | Physics | TestHub
- A variable force \mathrm{F}=10 \mathrm{t}... | | TestHub
- Find the maximum value of (M/m) in the sit... | | TestHub
- A 4 kg block is kept on to a long 12 kg bl... | | TestHub
- The net contact force on the 4kg block and... | | TestHub
- A 1kg block is being pushed against a wall... | | TestHub
- If the coefficient of friction between blo... | | TestHub
- Block of mass m is placed over a plank of... | | TestHub
Miscellaneous(70)
- Statement-1 : Newton's second law states t... | | TestHub
- A spring balance is attached to the ceilin... | Physics | TestHub
- Two ideal springs with light pans are hang... | Physics | TestHub
- Assertion : The force of tension on a body... | Physics | TestHub
- A heavy lorry has a high inertia. How diff... | Physics | TestHub
- If I stand at rest on horizontal floor, it... | Physics | TestHub
- An elastic spring of force constant k and... | Physics | TestHub
- Three weights A, B and C slide frictionles... | Physics | TestHub
- A force of 10 N is applied horizontally on... | Physics | TestHub
- A cart is sliding on a smooth incline. An... | Physics | TestHub
- A railroad car is moving in the +x directi... | Physics | TestHub
- Netwon's Second Law tells us force equals... | Physics | TestHub
- I am sitting in a car, which is undergoing... | Physics | TestHub
- Figure shows a hollow box of mass 10 kg pl... | Physics | TestHub
- The tension in the ribbon when there is no... | Physics | TestHub
- A mass M is suspended by two springs A and... | Physics | TestHub
- Magnitude of Impulse of reformation on 2 k... | Physics | TestHub
- In the shown diagram, all strings and pull... | Physics | TestHub
- A rubber band (two parallel strands of ela... | Physics | TestHub
- Two persons of equal weight are hanging by... | Physics | TestHub
- A car starts at point P from rest, but wit... | Physics | TestHub
- You stand on a spring scale on the floor o... | Physics | TestHub
- Two monkeys (1) & (2) of same mass \mathrm... | Physics | TestHub
- A circular disc with a groove along its di... | Physics | TestHub
- Three springs with force constants k, 2k,... | Physics | TestHub
- A body of mass 1 kg moving with velocity 1... | Physics | TestHub
- A little girl is holding a helium-filled b... | Physics | TestHub
- An interstellar spacecraft, far from the i... | Physics | TestHub
- A mass, M, is at rest on a frictionless su... | Physics | TestHub
- A ball of mass m is thrown vertically upwa... | Physics | TestHub
- The 40 kg block is moving to the right wit... | Physics | TestHub
- A particle of mass m is made to move with... | Physics | TestHub
- For a particle rotating in a vertical circ... | Physics | TestHub
- The Levi Strauss trademark shows two horse... | Physics | TestHub
- A student's life was saved in an automobil... | Physics | TestHub
- A 2.0 kg block is attached to one end of a... | Physics | TestHub
- An astronaut floating weightlessly in spac... | Physics | TestHub
- A body is moving down a long inclined plan... | Physics | TestHub
- Now if we increase the angle \theta then w... | Physics | TestHub
- Two hockey players scratch perpendicular x... | Physics | TestHub
- A ball is thrown into the air with an init... | Physics | TestHub
- A small block slides frictionlessly down a... | Physics | TestHub
- A moving truck crashes into a stationary c... | Physics | TestHub
- Block M slides down on a frictionless incl... | Physics | TestHub
- A physics textbook of mass m rests flat on... | Physics | TestHub
- An inclined plane is bent in such a way th... | Physics | TestHub
- Figure shows a light, inextensible string... | Physics | TestHub
- In the figure shown, given that all blocks... | Physics | TestHub
- Acar of mass m is traveling on a horizonta... | Physics | TestHub
- Two water slides at a pool are shaped diff... | Physics | TestHub
- A 10 kg mass is stationary in the position... | Physics | TestHub
- The force exerted by a special compression... | Physics | TestHub
- In the figure shown all the surface are sm... | Physics | TestHub
- The length of spring is l_{1} when it is l... | Physics | TestHub
- Two blocks of equal masses are launched up... | Physics | TestHub
- Choose the correct option : | Physics | TestHub
- You hold a rubber ball in your hand. The N... | Physics | TestHub
- In the figure shown, a balloon is pressed... | Physics | TestHub
- For ordinary terrestrial experiments, whic... | Physics | TestHub
- Asteel block hangs at rest in equilibrium... | Physics | TestHub
- Two football teams, the Sterling and the N... | Physics | TestHub
- In the balance machine shown in the figure... | Physics | TestHub
- A particle starts from rest and move on a... | Physics | TestHub
- Magnitude of Impulse of reformation on 2 k... | Physics | TestHub
- Three springs, labelled (A), (B) and (C) a... | Physics | TestHub
- In one second a particle moves with consta... | Physics | TestHub
- A uniform thick string of length 5 m is re... | Physics | TestHub
- A block of mass m is released on a smooth... | Physics | TestHub
- The force required to stretch a spring var... | Physics | TestHub
- Two space ships are travelling in the same... | Physics | TestHub
NLM/Impulse/Friction(3)
Newton's laws(1)
Simple Application of NLM(349)
- In figure shown pulley and strings are mas... | | TestHub
- Boxes A and B are sliding to the right acr... | | TestHub
- Two blocks m_{1}=4 k g and m_{2}=2 k g , c... | | TestHub
- Two bodies of masses m_{1}=5 k g and m_{2}... | | TestHub
- A body of massand another of massare movin... | Physics | TestHub
- A block of mass M is placed on a smooth ho... | Physics | TestHub
- Three blocks of masses m_1 = 2 \text{ kg}... | Physics | TestHub
- Two blocks of masses m_1 and m_2 are conne... | Physics | TestHub
- A person sitting inside an elevator perfor... | Physics | TestHub
- A light string passing over a smooth light... | Physics | TestHub
- When forces are acting on a particle of ma... | Physics | TestHub
- A lift is moving down with acceleration a.... | Physics | TestHub
- Three identical blocks of masses are drawn... | Physics | TestHub
- A spring balance is attached to the ceilin... | Physics | TestHub
- A block of mass is pulled along a horizont... | Physics | TestHub
- System shown in figure is in equilibrium a... | Physics | TestHub
- Statement I A cloth covers a table. Some d... | Physics | TestHub
- A block of mass ' ' is connected to anothe... | Physics | TestHub
- A block of mass is pulled along a horizont... | Physics | TestHub
- Two fixed frictionless inclined plane maki... | Physics | TestHub
- An object experiences a net force and acce... | Physics | TestHub
- Three blocks of masses and are connected b... | Physics | TestHub
- A particle of mass is at rest at the origi... | Physics | TestHub
- This question has Statement 1 and Statemen... | Physics | TestHub
- A car of mass is moving at a speed of 30 .... | Physics | TestHub
- Two blocks of mass and are connected by a... | Physics | TestHub
- A bob is hanging over a pulley inside a ca... | Physics | TestHub
- A body of mass under the action of constan... | Physics | TestHub
- A block A of mass 4 kg is placed on anothe... | Physics | TestHub
- A frictionless wire is fixed on a sphere o... | Physics | TestHub
- A body of massis moving in a straight line... | Physics | TestHub
- The force on a body of massis. If it start... | Physics | TestHub
- A spring whose unstrentches length ishas a... | Physics | TestHub
- A particle of mass is moving in a straight... | Physics | TestHub
- A ball of mass is thrown vertically upward... | Physics | TestHub
- A steel block of rests on a horizontal flo... | Physics | TestHub
- A forceacts on a body of mass. If the body... | Physics | TestHub
- A car is moving on a plane inclined atto t... | Physics | TestHub
- A bullet of massis fired on a wooden block... | Physics | TestHub
- A hanging mass is connected to a four time... | Physics | TestHub
- A blocktakesto slide down a frictionless i... | Physics | TestHub
- A uniform metal chain of mass and length p... | Physics | TestHub
- A system to balls each of mass are connect... | Physics | TestHub
- A monkey of massclimbs on a rope which can... | Physics | TestHub
- Three masses and are arranged in a system... | Physics | TestHub
- A block of massplaced inside a box descend... | Physics | TestHub
- In the arrangement shown in figure and are... | Physics | TestHub
- For a free body diagram shown in the figur... | Physics | TestHub
- Two masses and are tied together at the tw... | Physics | TestHub
- Force acts foron a body of mass, starting... | Physics | TestHub
- As per given figure, a weightless pulley i... | Physics | TestHub
- Given below are two statements:Statement-I... | Physics | TestHub
- The figure represents the momentum time cu... | Physics | TestHub
- As shown in figure, a garden roller is pus... | Physics | TestHub
- At any instant the velocity of a particle... | Physics | TestHub
- A cricket player catches a ball of mass mo... | Physics | TestHub
- A light string passing over a smooth light... | Physics | TestHub
- A wooden block of mass rests on a soft hor... | Physics | TestHub
- A body of massexperiences two forcesandThe... | Physics | TestHub
- A person of mass 60 kg is inside a lift of... | Physics | TestHub
- A light string passing over a smooth light... | Physics | TestHub
- A light unstretchable string passing over... | Physics | TestHub
- Three blocks and are pulled on a horizonta... | Physics | TestHub
- Three blocks having masses and respectivel... | Physics | TestHub
- All surfaces shown in figure are assumed t... | Physics | TestHub
- A wooden block, initially at rest on the g... | Physics | TestHub
- A light string passing over a smooth light... | Physics | TestHub
- The length of a light string is 1.4 m when... | Physics | TestHub
- A balloon and its content having mass is m... | Physics | TestHub
- A string of length is fixed at one end and... | Physics | TestHub
- A tractor A is used to hoist the heavy bod... | Physics | TestHub
- In figure m_{1}=1 \mathrm{~kg} and m_{2}=4... | Physics | TestHub
- Two identical ideal springs of spring cons... | Physics | TestHub
- The acceleration of the blocks (A) and (B)... | Physics | TestHub
- The mass of the body which is hanging on t... | Physics | TestHub
- Initially system is in equilibrium. If the... | Physics | TestHub
- Two blocks of mass 2.9 kg and 1.9 kg are s... | Physics | TestHub
- The velocity of A at the moment shown is 1... | Physics | TestHub
- In the given figure find the velocity and... | Physics | TestHub
- In given figure A \& B are connected by id... | Physics | TestHub
- Figure shows a 5 kg ladder hanging from a... | Physics | TestHub
- An astronaut on another planet drops a 1 k... | Physics | TestHub
- Find the acceleration of the 3 kg mass whe... | Physics | TestHub
- Two monkeys of masses 10 and 8 kg are movi... | Physics | TestHub
- Each of the system shown below is initiall... | Physics | TestHub
- The mass of the body which is hanging on t... | Physics | TestHub
- What is the initial acceleration of the bl... | Physics | TestHub
- A car of mass 1000 kg is travelling with a... | Physics | TestHub
- Two smooth cylindrical bars weighing W eac... | Physics | TestHub
- All the surface are frictionless then acce... | Physics | TestHub
- In an imaginary atmosphere, the air exerts... | Physics | TestHub
- Two blocks A & B connected by an ideal spr... | Physics | TestHub
- In figure shown, the upper block has mass... | Physics | TestHub
- In the adjoining figure if acceleration of... | Physics | TestHub
- Shown system is released at \mathrm{t}=0 .... | Physics | TestHub
- A wedge can slide frictionlessly on a fixe... | Physics | TestHub
- In an imaginary atmosphere, the air exerts... | Physics | TestHub
- A block of mass m slides down on a wedge o... | Physics | TestHub
- Statement I: A body can move eastward whil... | Physics | TestHub
- Statement I: With air resistance, a ball t... | Physics | TestHub
- A 10kg monkey is climbing a massless rope... | Physics | TestHub
- A ball is tossed straight up, reaches a hi... | Physics | TestHub
- Bucket with fruits is being suspended on t... | Physics | TestHub
- Two monkeys of masses 10 and 8 kg are movi... | Physics | TestHub
- A wedge of mass 1 kg is kept on a smooth g... | Physics | TestHub
- A cabin is moving vertically upwards with... | Physics | TestHub
- An elevator cabin has a mass of 900 kg (ex... | Physics | TestHub
- A block tied between two springs is in equ... | Physics | TestHub
- Statement I: Passengers in a bus that sudd... | Physics | TestHub
- The acceleration of m is 5 \mathrm{~m} / \... | Physics | TestHub
- Figure shows a boy on a horizontal platfor... | Physics | TestHub
- Statement I: Sitting in a car and pushing... | Physics | TestHub
- Two block A \& B are connected by an ideal... | Physics | TestHub
- A man is standing on a weighing machine wi... | Physics | TestHub
- Assertion: A man can push a loaded cart fo... | Physics | TestHub
- Your car is stuck in a mudhole. You are al... | Physics | TestHub
- What is the force exerted by object on inc... | Physics | TestHub
- On both sides of pulley we hang two blocks... | Physics | TestHub
- Statement I: A pendulum hanging in a van t... | Physics | TestHub
- Find the time in which 2 kg mass will stri... | Physics | TestHub
- Paragraph Two blocks A and B are connected... | Physics | TestHub
- Assertion: When the driver of a car sudden... | Physics | TestHub
- The diagram shows a CD rotating clockwise... | Physics | TestHub
- A sphere of mass 0.5 kg rests at one corne... | Physics | TestHub
- Four blocks of masses 1 kg, 2kg, 4 kg, and... | Physics | TestHub
- In the figure shown, what would be the mas... | Physics | TestHub
- A 30 kg boy slides down a rope with an acc... | Physics | TestHub
- A locomotive accelerates a train of identi... | Physics | TestHub
- A trolley is being pulled up an smooth inc... | Physics | TestHub
- On the diagram, two blocks of equal mass a... | Physics | TestHub
- A block is first placed on its long side a... | Physics | TestHub
- A body of mass 1 kg experiencing several g... | Physics | TestHub
- A smooth semicircular wire track of radius... | Physics | TestHub
- A vertical rod of mass 4 kg is hanging on... | Physics | TestHub
- A train of mass M stops after travelling a... | Physics | TestHub
- A particle is situated at the origin of a... | Physics | TestHub
- A block of mass M is pulled along horizont... | Physics | TestHub
- Two objects A \& B are connected by a ligh... | Physics | TestHub
- A small cubical block of mass m is placed... | Physics | TestHub
- A block slides down a frictionless incline... | Physics | TestHub
- Four block system having masses 1kg, 2kg,... | Physics | TestHub
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- Assertion: We are slightly heavier at midn... | Physics | TestHub
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- The minimum value of the static coefficien... | Physics | TestHub
- Statement I: An astronaut on the moon can... | Physics | TestHub
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- In the given Figure, P is a rigid support... | Physics | TestHub
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- A block of mass m is connected two springs... | Physics | TestHub
- Two objects A and B are thrown upward simu... | Physics | TestHub
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- Three blocks are connected by strings and... | Physics | TestHub
- Compute the least acceleration (in \mathrm... | Physics | TestHub
- The pulleys in the diagram are all smooth... | Physics | TestHub
- When you pull a tablecloth out from under... | Physics | TestHub
- Statement I: An astronaut finds it just as... | Physics | TestHub
- Statement I: When the same car accelerates... | Physics | TestHub
- Statement I: The net force on an object ne... | Physics | TestHub
- A hopper drops gravel at a rate of 15 kg/s... | Physics | TestHub
- Three blocks A, B, C of mass 2kg, 3kg, 5kg... | Physics | TestHub
- An object of mass m is supported by a cord... | Physics | TestHub
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- The two blocks are kept as shown. There is... | Physics | TestHub
- The atwood machine system shown in the fig... | Physics | TestHub
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- Here is a way to measure an unknown mass \... | Physics | TestHub
- A solid small sphere of radius 4.5 cm and... | Physics | TestHub
- The pulleys in the diagram are all smooth... | Physics | TestHub
- An object is suspended from a spring balan... | Physics | TestHub
- In the shown diagram particles A and B are... | Physics | TestHub
- Statement I: A projectile spends the same... | Physics | TestHub
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- In the given arrangement pulleys and strin... | Physics | TestHub
- The horizontal distance between the point... | Physics | TestHub
- In the figure shown, pulleys are ideal and... | Physics | TestHub
- A force F = Be^{- Ct} acts on a particle w... | Physics | TestHub
- In a cricket match the fielder draws his h... | Physics | TestHub
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- In the given figure the maximum value of t... | Physics | TestHub
- An empty box of mass 5kg is found to accel... | Physics | TestHub
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- Two blocks A and B each of mass 'm' are pl... | Physics | TestHub
- Statement I: On the moon a man can lift a... | Physics | TestHub
- Two masses \mathrm{m}_{1} and \mathrm{m}_{... | Physics | TestHub
- A light string is fixed to a rigid support... | Physics | TestHub
- In the figure at the free end of the light... | Physics | TestHub
- For the system shown in figure. \mathrm{m}... | Physics | TestHub
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- Two blocks of masses \mathrm{m}_{1}=2 \mat... | Physics | TestHub
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- All surfaces shown in figure are smooth. F... | Physics | TestHub
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- The figure shows two wedges and two blocks... | Physics | TestHub
- Two blocks are connected by a string and p... | Physics | TestHub
- Tension in string AB is (Given AB is massl... | Physics | TestHub
- Assertion: Saying the path of a projectile... | Physics | TestHub
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- Two particles of masses \mathrm{m}_{1} and... | Physics | TestHub
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- A spring of force constant k is cut into t... | Physics | TestHub
- Two blocks of masses m_{1} and m_{2} being... | Physics | TestHub
- Four block system having masses 1 \mathrm{... | Physics | TestHub
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- The system shown in figure is in equilibri... | Physics | TestHub
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- Statement I: In an orbiting space station... | Physics | TestHub
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- Practice Question | Physics | TestHub
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- A ball is dropped vertically from a height... | Physics | TestHub
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- In the given figure both the blocks have e... | Physics | TestHub
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- Statement I: A boat fitted with an electri... | Physics | TestHub
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- Statement I: The bubbles in a freely falli... | Physics | TestHub
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- Choose the CORRECT statement :- | Physics | TestHub
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- The system shown below is initially in equ... | Physics | TestHub
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- Statement I: In outer space it still hurts... | Physics | TestHub
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- An ideal spring of spring constant \mathrm... | Physics | TestHub
- Assertion: The trajectory of a projectile... | Physics | TestHub
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- Statement I: A cork tied to the bottom of... | Physics | TestHub
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- Statement I: Two extremely clean and flat... | Physics | TestHub
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- Statement I: A helium balloon tied to the... | Physics | TestHub
- A particle moves in a horizontal circle on... | Physics | TestHub
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- A helicopter of mass M is lowering a truck... | Physics | TestHub
- Statement I: A ball thrown up at an angle... | Physics | TestHub
- Two blocks of 3 kg and 4 kg resting on a s... | Physics | TestHub
- A 60 kg boy notices a nice fruit on a tree... | Physics | TestHub
- Coefficient of kinetic friction between 3... | Physics | TestHub
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- Two blocks whose sum of masses is 1 kg wer... | Physics | TestHub
- Both the blocks have equal mass m. String... | Physics | TestHub
- Statement I: Climbing the same flight of s... | Physics | TestHub
- The system is released from rest with both... | Physics | TestHub
- Two blocks are arranged as shown on a smoo... | Physics | TestHub
- Two blocks of m and 12 kg are placed side... | Physics | TestHub
- An elevator accelerates upwards at a const... | Physics | TestHub
- A man is standing in a lift which goes up... | Physics | TestHub
- A small block of mass m (= 1 kg) is pulled... | Physics | TestHub
- A particle of mass 10 kg is acted upon by... | Physics | TestHub
- An ideal spring, with a pointer attached t... | Physics | TestHub
- Force F is applied on the upper pulley, F... | Physics | TestHub
- Three blocks of masses M_1 = 10 kg, M_2 =... | Physics | TestHub
- Figure shows a 5 kg ladder hanging from a... | Physics | TestHub
- Spring constant of weighing machine reduce... | Physics | TestHub
- Statement I: Astronauts in an orbiting sta... | Physics | TestHub
- Two rubber bands stretched to the standard... | Physics | TestHub
- If mass M is 2 kg what is the tension in s... | Physics | TestHub
- Five forces \overrightarrow{\mathrm{F}}_{1... | Physics | TestHub
- In figure, A, B and C have masses 2 kg, 5... | Physics | TestHub
- If the pulley is pulled upward with an acc... | Physics | TestHub
- A ball of mass m is thrown upwards with ve... | Physics | TestHub
- How could a 10 kg object be lowered down f... | Physics | TestHub
- A person holds the rope (assumed massless)... | Physics | TestHub
- A spring of force constant k is cut into t... | Physics | TestHub
- Three blocks of mass 1 kg, 4 kg and 2 kg a... | Physics | TestHub
- Which of the following statement is CORRECT | Physics | TestHub
- The scale in Figure is being pulled on by... | Physics | TestHub
- Two masses of 10 kg and 20 kg respectively... | Physics | TestHub
- Statement I: A badminton shuttlecock tosse... | Physics | TestHub
- In the situation shown, the tension in the... | Physics | TestHub
- Two balls P and Q of the same size are thr... | Physics | TestHub
- The rear side of a truck is open and smoot... | Physics | TestHub
- Two loads having a total mass \mathrm{m}_{... | Physics | TestHub
- Sixteen beads in a string are placed on a... | Physics | TestHub
- In the given figure a wedge of mass M is k... | Physics | TestHub
- In the column-II some arrangements with li... | Physics | TestHub
- At \mathrm{t}=0 , the lower end of the bar... | Physics | TestHub
- Two blocks of same mass starts their motio... | | TestHub
- The value of m for which the acceleration... | | TestHub
- A string passes over a fixed pulley. Two b... | | TestHub
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