Circular Motion PYQs - Last 5 Years

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All Circular Motion PYQs Last 10 Years Create chapter test

Practice 73 MHT CET Physics questions from Circular Motion. Use the year-wise and type-wise breakdown to prioritize recent PYQs, then continue into the question list below.

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Last 5 Years Circular Motion Questions

Showing 23 of 73 filtered questions.

1Circular Motion

A particle is moving in a circle with uniform speed. It has constant

2Circular Motion

A particle of mass ' $m$ ' is performing uniform circular motion along a circular path of radius ' $r$ '. Its angular momentum about the axis passing through the centre and perpendicular to the plane is ' $L$ '. The kinetic energy of the pa...

3Circular Motion

For a particle in uniform circular motion

4Circular Motion

A particle rotates in a horizontal circle of radius 'R' in a conical funnel with constant speed 'V'. The inner surface of the funnel is smooth. The height of the plane of the circle from the vertex of the funnel is (g-acceleration due to gr...

5Circular Motion

A particle of mass ' $m$ ' performs uniform circular motion of radius ' $r$ ' with linear speed ' $v$ ' under the application of force ' $F$ '. If ' $m$ ', ' $v$ ' and $' \mathrm{r}$ ' are all increased by $20 \%$ the necessary change in fo...

6Circular Motion

A particle at rest starts moving with constant angular acceleration \(4 ~\mathrm{rad} / \mathrm{s}^2\) in circular path. At what time the magnitudes of its tangential acceleration and centrifugal acceleration will be equal?

7Circular Motion

A simple pendulum of length \(2 \mathrm{~m}\) is given a horizontal push through angular displacement of \(60^{\circ}\). If the mass of bob is 200 gram, the angular velocity of the bob will be (Take Acceleration due to gravity $$=10 \mathrm...

8Circular Motion

A particle of mass '\(\mathrm{m}\)' moves along a circle of radius '\(r\)' with constant tangential acceleration. If K.E. of the particle is '\(E\)' by the end of third revolution after beginning of the motion, then magnitude of tangential ...

9Circular Motion

A string of length '\(L\)' fixed at one end carries a body of mass '\(\mathrm{m}\)' at the other end. The mass is revolved in a circle in the horizontal plane about a vertical axis passing through the fixed end of the string. The string mak...

10Circular Motion

On dry road, the maximum speed of a vehicle along a circular path is '\(V\)'. When the road becomes wet, maximum speed becomes \(\frac{\mathrm{V}}{2}\). If coefficient of friction of dry road is '\(\mu\)' then that of wet road is

11Circular Motion

A particle moves around a circular path of radius '\(r\)' with uniform speed '\(V\)'. After moving half the circle, the average acceleration of the particle is

12Circular Motion

A stone is projected at angle \(\theta\) with velocity \(u\). If it executes nearly a circular motion at its maximum point for short time, then the radius of the circular path will be ( \(g=\) acceleration due to gravity)

13Circular Motion

Two particles having mass '\(M\)' and '\(m\)' are moving in a circular path with radius '\(R\)' and '\(r\)' respectively. The time period for both the particles is same. The ratio of angular velocity of the first particle to the second part...

14Circular Motion

A railway track is banked for a speed ',\(v\)' by elevating outer rail by a height '\(h\)' above the inner rail. The distance between two rails is 'd' then the radius of curvature of track is ( \(\mathrm{g}=\) gravitational acceleration)

15Circular Motion

A body of mass '\(\mathrm{m}\)' attached at the end of a string is just completing the loop in a vertical circle. The apparent weight of the body at the lowest point in its path is ( \(\mathrm{g}\) = gravitational acceleration)

16Circular Motion

A particle is moving in a circle with uniform speed '\(v\)'. In moving from a point to another diametrically opposite point

17Circular Motion

A ball of mass '\(\mathrm{m}\)' is attached to the free end of a string of length '\(l\)'. The ball is moving in horizontal circular path about the vertical axis as shown in the diagram.
The angular velocity '\(\omega\)' of the ball will be...

18Circular Motion

In a conical pendulum the bob of mass '\(\mathrm{m}\)' moves in a horizontal circle of radius '\(r\)' with uniform speed '\(\mathrm{V}\)'. The string of length '\(\mathrm{L}\)' describes a cone of semi vertical angle '\(\theta\)'. The centr...

19Circular Motion

A body of mass 200 gram is tied to a spring of spring constant \(12.5 \mathrm{~N} / \mathrm{m}\), while other end of spring is fixed at point '\(O\)'. If the body moves about '\(O\)' in a circular path on a smooth horizontal surface with co...

20Circular Motion

A particle performing uniform circular motion of radius \(\frac{\pi}{2} \mathrm{~m}\) makes '\(\mathrm{x}\)' revolutions in time '\(t\)'. Its tangential velocity is

21Circular Motion

A body moving in a circular path with a constant speed has constant

22Circular Motion

A bucket containing water is revolved in a vertical circle of radius \(r\). To prevent the water from falling down, the minimum frequency of revolution required is (\(\mathrm{g}=\) acceleration due to gravity)

23Circular Motion

Two bodies of masses '\(\mathrm{m}\)' and '\(3 \mathrm{~m}\)' are rotating in horizontal speed of the body of mass '\(m\)' is \(n\) times that of the value of heavier body; while the centripetal force is same for both. The value of \(n\) is