1. Write down Newton's Second Law for rotational motion. 2. How the torque can be calculated...

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1. Write down Newton's Second Law for rotational motion. 2. How the torque can be calculated if the magnitude of a force and the distance from the axis of rotation to the point where the force is applied are given? 3. The rotation of the system happens because a hanging mass moving with a linear acceleration, a, is attached to a pulley with radius, r. Write down the equation that you will use to calculate the linear acceleration using the measured radius and angular acceleration. 4. What is(are) the force(s) exerting the torque on the disk in the experiment? 5. Write the equations you are going to use to calculate the theoretical moment of inertia of the disk and the theoretical moment of inertia of the hoop 1. Write down Newton's Second Law for rotational motion. 2. How the torque can be calculated if the magnitude of a force and the distance from the axis of rotation to the point where the force is applied are given? 3. The rotation of the system happens because a hanging mass moving with a linear acceleration, a, is attached to a pulley with radius, r. Write down the equation that you will use to calculate the linear acceleration using the measured radius and angular acceleration. 4. What is(are) the force(s) exerting the torque on the disk in the experiment? 5. Write the equations you are going to use to calculate the theoretical moment of inertia of the disk and the theoretical moment of inertia of the hoop