If the kinetic energy of the oscillating block on a spring is increasing, the block must be…?
Consider a harmonic oscillator at four different moments, labeled A, B, C, and D, as shown in the figure provided. Assume that the force constant ( k ), the mass of the block ( m ), and the amplitude of vibrations ( A ) are given. Additionally, assume that there are no resistive forces, meaning the total energy ( E ) is constant.
In the context of this oscillating block, if the kinetic energy of the block is increasing, which of the following statements is true?
A: The block is at the equilibrium position.
B: The block is at the amplitude displacement.
C: The block is moving to the right.
D: The block is moving to the left.
E: The block is moving away from equilibrium.
F: The block is moving toward equilibrium.
Please choose from options A-F and explain your reasoning.
1 Answers
Related Questions
"If this same quantity of energy were transferred to 2.5 kg of water at its boiling point, what fraction of the water wo...
Have you ever noticed how the rear wheel of a bike seems to follow the front wheel closely? Why does this happen, and is...
Please identify each of the following as measurements: Length Area Volume Mass Density Time Temperature...
A rescue pilot needs to drop a survival kit while flying at an altitude of 2,000.0 meters with a forward velocity of 100...
Today's CPUs operate at speeds measured in gigahertz rather than kilohertz. Is this statement true or false?
I have a question regarding torque in a magnetism context. I understand that the equation τ = IABsin(θ) will be relevant...
A 4.5 kg box slides down a 4.4 m high frictionless hill, starting from rest. It then travels across a 2.4 m wide horizon...
How does friction play a role in sledding and skiing? Specifically, what are the effects of friction on speed, control,...
What is the speed of light in kilometers per hour?
A radio telescope features a parabolic surface, as illustrated below. Given that the telescope is 1 meter deep and 12 me...