A simple pendulum of length swings at a radius from a fixed point on the ceiling. As it moves, the pendulum creates an angle with the line that extends vertically downwards from the fixed point. At what angle does the mass attached to the pendulum have the highest kinetic energy?

A simple pendulum of length swings at a radius from a fixed point on the ceiling. As it moves, the pendulum creates an angle with the line that extends vertically downwards from the fixed point. At what angle does the mass attached to the pendulum have the highest kinetic energy?

A block of mass is attached to two springs, each of whose spring constant is . The ends of the springs are fixed, and the block is free to move back and forth. It is released from rest at an initial amplitude, and its period is measured to be . What would the period be if the spring on the right side were to be moved to the other side, attached along side of the other spring?

A block of mass is attached to two springs, each of whose spring constant is . The ends of the springs are fixed, and the block is free to move back and forth. It is released from rest at an initial amplitude, and its period is measured to be . What would the period be if the spring on the right side were to be moved to the other side, attached along side of the other spring?

If a simple pendulum is constructed using a rope of negligible weight and a large steel ball weighing . What is the period of the pendulum?

If a simple pendulum is constructed using a rope of negligible weight and a large steel ball weighing . What is the period of the pendulum?

A mass is attached to a spring, which is fixed to a wall. The mass is pulled away from the spring's equilibrium point and is then released. At what point does the mass experience its maximum kinetic energy?

A ball is attached to a spring on a frictionless, horizontal plane. If the spring constant is and the mass of the ball three kilograms, at what angular frequency will the system oscillate?

A mass is attached to a spring, which is fixed to a wall. The mass is pulled away from the spring's equilibrium point and is then released. At what point does the mass experience its maximum kinetic energy?

A ball is attached to a spring on a frictionless, horizontal plane. If the spring constant is and the mass of the ball three kilograms, at what angular frequency will the system oscillate?