4.1 - 4.3 Practice Part 1

Time taken to complete one full oscillation.

• Period

• Frequency

• wavelength

• amplitude

SHM is when the magnitude of the _____ of the body that has been displaced away from equilibrium is proportional

to the ________ and their directions are opposite.

• acceleration, displacement

• acceleration, amplitude

• displacement, amplitude

• amplitude,

  displacement

Displacement is at maximum. What is the velocity?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum and positive

• Zero (it's at Equilibrium position)

Displacement is at maximum. What is the Kinetic Energy?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum and positive

• Zero (it's at Equilibrium position)

Displacement is at maximum. What is the amplitude?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum and positive

• Zero (it's at Equilibrium position)

Displacement is at maximum. What is the acceleration?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum and positive

• Zero (it's at Equilibrium position)

Object passing by Equilibrium Position.

What is the acceleration?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum and positive

• Zero (it's at Equilibrium position)

Displacement is at maximum. What is the Potential Energy?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum.

• Zero (it's at Equilibrium position)

Object passing by Equilibrium Position.

What is the velocity?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum and positive

• Zero (it's at Equilibrium position)

Object passing by Equilibrium Position.

What is the displacement?

• Zero (it's at amplitude)

• Maximum and negative

• Maximum and positive

• Zero (it's at Equilibrium position)