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A square plate of mass 120g and edge 5.00 cm rotates about one of the edges. If it has a uniform angular acceleration of 0.2 rad/s^2 , what torque acts on the plate?

A square plate of mass 120g and edge 5.00 cm rotates about one of the edges. If it has a uniform angular acceleration of 0.2 rad/s^2 , what torque acts on the plate?

A square plate of mass 120g and edge 5.00 cm rotates about one of the edges. If it has a unifrom angular acceleration of 0.2 rad/s^2 , what torque acts on the plate?

A stone is dropped from the edge of a rood is the following: What is its acceleration after 1s and 2s?

A uniform square plate of mass 2.0 kg and edge 10 cm rotates about one of its diagonals under the action of a constant torque of 0.10 Nm. Calculate the angular momentum and the kinetic energy of the plate at the end of the fifth second after the start.

A uniform square plate of mass 2.0 kg and edge 10 cm rotates about one of its diagonals under the action of a constant torque of 0.10 Nm. Calculate the angular momentum and the kinetic energy of the plate at the end of the fifth second after the start.

A uniform square plate of mass 2.0 kg and edge 10 cm rotates about one of its diagonals under the action of a constant torque of 0.10 Nm. Calculate the angular momentum and the kinetic energy of the plate at the end of the fifth second after the start.

A coin is placed at the edge of a horizontal disc rotating about a vertical axis through its axis with a uniform angular speed 2 rad s^(-1) . The radius of the disc is 50 cm. Find the minimum coefficient of friction between disc and coin so that the coin does not slip. (Take g = 10 m//s^(2) )

A coin is placed at the edge of a horizontal disc rotating about a vertical axis through its axis with a uniform angular speed 2 rad s^(-1) . The radius of the disc is 50 cm. Find the minimum coefficient of friction between disc and coin so that the coin does not slip. (Take g = 10 m//s^(2) )