The form of energy stored in a stretched spring would be elastic kinetic energy intermolecular binding energy a mixture of elastic and mechanical transformational energy elastic potential energy The result of simultaneous application of two forces, facing away from each other on a spring, may be some shear in the spring some elongation in the spring some contraction in the …

A compressed ideal spring is released, and as it expands, it propels an object horizontally that was initially stationary and touching the spring. Which quantitiesare needed to determine the kinetic energy of the object just as it loses contact with the spring?

A block oscillating on a spring has a maximum kinetic energy of 2. 0 J. What will be the maximum kinetic energy if the amplitude is tripled? Assume that the block is on a horizontal, frictionless surface so that you need not consider gravitational potential energy.

A spring oscillator has a maximum kinetic energy energy of 3.4 ] at the equilibrium position. The object attached to the spring oscillates back and forth without friction in simple harmonic motion with a period T=4000 ms. At time t = 0, the object is at the maximum deviation from the equilibrium position (x = A), and moving in the -x direction.

Question: 1. When you push the spring in the launcher, the work done by you converts into: a. spring potential energy b.gravitational potential energy c. spring internal energy d. spring kinetic energy 2. When the launcher pushes the ball out: a.kinetic energy converts into potential energy

Question: Conservation of energy. Length of spring is 5.5 m, spring constant is 30 N/m. What was the initial displacement of the spring? Derive this theoretically. The maximum kinetic energy MUST be equal to the maximum spring energy.

Answer to Relative to the initial configuration (withthe spring. To understand how the ball-spring system behaves when the spring is compressed, consider the relationship between compression and energy storage in a spring, specifically utilizing Hooke's Law to recognize the potential energy gained by the system.

Question: Activity 5: Elastic Potential Energy vs. Kinetic Energy (1 p.) Potential energy of a spring and kinetic energy of the collision cart. Before you start analyzing position and velocity data, watch the short movie M6 Act5.MOV (available in the "Lab M6” module on Brightspace) showing the motion of the cart.

When is the kinetic energy of the mass a maximum?Both when the spring is most compressed and when the spring is most stretchedWhen the spring is most stretchedWhen the spring is at its unweighted length (when it isn't stretched or compressed)When the spring is most compressedRequest Answer

The total energy E of the system is the sum of the kinetic energies of the spring and the mass M and the potential energy of the extended spring.) (b) Hence show that the frequency of the oscillations is equal to Vk/(M +m/3)