Virtual Day 3/9 - Simple Harmonic Motion - Paul Fischer | Library

4

The answer to the problems with the Millennium Bridge lies in _______ 

4

_______ harmonic motion is when oscillations follow a particular, consistent pattern.

4

The points where the ball is not moving are the turning points. The distance from one turning point to where the system is at equilibrium is the _______ 

4

The equation for the “moment of turning point”, when all of the energy is potential energy is: E= ________  ______  ________  . The energy is one-half the spring constant times the amplitude squared.

Other Answer Choices:

2/3

m

K

0.5

V^2 max

v

a

A^2

F

4

At the equilibrium point, the potential energy is _______  and it kinetic energy is at a maximum.

4

Mathematically speaking, simple harmonic motion is very similar to __________ .

4

The _______ is the number of revolutions the marble makes around the ring per second

4

Fill in the blanks.

4

For an object in simple harmonic motion, the graph of its position versus time is a _______ .

4

Resonance can increase the amplitude of an oscillation by applying force at just the right _______ .

4

The designers of the Millennium Bridge didn’t account for __________ oscillations.