A mass of 1Kg is freely falling. The force of gravity is: (SWL 2017)

A ball is allowed to fall freely from certain height. It covers a distance in 1^st second equals to: (MTN 2015 GII)

Distance travelled by free falling object in first second is: (RWP 2019 GI)

An alternate unit to kgm/s is: (FSD 2011, LHR 2015)

A bullet shot straight up returns to its starting point in 10 sec. the initial speed was (LHR 2014)

Area between the velocity time graph is equal to (SGD 2019 GII)

An object of mass 1 kg moving with acceleration of 1 ms^-2 will experience a force of: (DGK 2015 GI)

Relativistic Mechanics was developed by: (BWP 2017)

Thedistance covered by free falling body in two seconds is: (MTN 2015 GI)

A mass of 5000 gm moves with an accleration of 10ms^-2, force acting on it is (SGD 2018 GII)

Which formula is true: (BWP 2016)

Whe a body is moving with uniform velocity, its? (DGK 2016 GII)

If the force acting on a body is doubled then the acceleration becomes: (GRW 2015)

Unit of accleration is: (RWP 2016)

The rate of change in momentum of a body is equal to (SGD 2014)(SWL 2015)(FSD 2016)(MTN 2017)

Total change in momentum of moving body is equal to its (BWP 2018) (FSD 2010,2013, 2018)(GRW 2013)

The value of 'g' at the centre of the earth is: (LHR 2016 GI)

The distance covered by a freely falling body in first 2 seconds, when its initial velocity was zero: (LHR 2019 GI)

Velocity of an object dropped from a building at any instant 't' is given by : (FSD 2017)(LHR 2018 GI)

10 N and 20 N are acting on a body of mass 2 Kg, the minimum acceleration will be: (DGK 2018 GII)

SI unit of impulse is: (FED 2008, LHR 2016 GI)

An ant walks with speed: (AJK 2015)

The velocity of a body changes with constant rate. Then acceleration is: (MTN 2019 GI)

A body having uniform acceleration of 10m^-2 has a velocity of 100 ms^-1. In what time its velocity will be doubled? (SGD 2016 GI)

When a body is throwing straight up at highest point its velocity becomes zero and its acceleration will be: (AJK 2017)

When a body moves with constant acceleration the velocity time graph is (LHR 2019)

When average velocity becomes equal to instantaneous then the boy is called moving with (DGK 2017)

If the force acting on a body is doubled, then the acceleration becomes: (GRW)

The mass of an object is the quantitative measure of its: (DGK, SGD, FSD 2015)

The velocity time graph is parallel to time axis the acceleration of moving body is: (FSD,LHR 2009)

If a body is moving with constant velocity of 10 ms^-1 towards west, then its acceleration is: (AJK 2017)

if a force of 10 N acts on a body of mass 5 kg for one, second, then its rate of change of momentum will be (LHR 2016 GI)(MTN 2018 GII)

The weight of the body at the centre of the earth is: (MTN 2016 GI)

A cricket ball is hit so that it travels straight up in air and it requires 3 seconds to rach the maximum height its intial velocity is (GRW 2017)

The equation of motion are no useful for objects moving with: (BWP, MTN 2011)

A starts from rest and covers a distance of 100m in one second with uniform acceleration. Its acceleration is: (FSD 2017)

Pull of earth on a mass of 10Kg on the surface of the earth is: (GRW)

Everthing in the vastness of space is in a state of: (BWP 2019 GI)

Impulse can be defined as: (RWP 2015)

If the mass of a body is doubled, then acceleration becomes: (SWL 2016)

Acceleration of bodies of different masses allowed to fall freely is, (air friction is negligible) (SGD 2015 GII)

As we go from pole to equator of earth, the value of 'g' (LHR 2018 GI)

The velocity of a free falling body just before hitting the ground is 9.8 ^-1, the height through which it fall be (DGK 2015 GI)

The slope of velocity time graph shows the (GRW 2014)(RWP 2015)(FSD 2015)(SGD 2016)(BWP 2015,2017)

The area under the velocity time graph is (DGK 2015 GII)

No body begins to move or comes to rest of itself was given by: (GRW 2016)