Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
22 Cards in this Set
- Front
- Back
What variable is on the y-axis of a harmonic motion graph?
|
POSITION (cm)
|
|
What is the variable on the x-axis of a harmonic motion graph?
|
TIME (s)
|
|
Another name for harmonic motion is
|
PERIODIC MOTION
|
|
What does the value of y=0 on a harmonic motion graph refer to if showing the motion of a pendulum?
|
CENTER POINT OF MOTION
|
|
What does a negative y value on a harmonic motion graph refer to if showing the motion of a pendulum?
|
MOTION TO THE LEFT OF CENTER
|
|
What does a positive y value on a harmonic motion graph refer to if showing the motion of a pendulum?
|
MOTION TO THE RIGHT OF CENTER
|
|
What does a maximum negative y value on a harmonic motion graph refer to if showing the motion of a pendulum?
|
AMPLITUDE
|
|
What does a maximum positive y value on a harmonic motion graph refer to if showing the motion of a pendulum?
|
AMPLITUDE
|
|
What is the equation for calculating amplitude from a harmonic motion graph?
|
1/2(HIGH-LOW)
|
|
What are the units for amplitude?
|
usually CENTIMETERS or METERS
|
|
What is the equation for calculating period from a harmonic motion graph?
|
END TIME - START TIME
|
|
The point of the oscillator within a cycle is the
|
PHASE
|
|
The common unit of measurement for a phase is
|
DEGREES
|
|
One rotation is an example of a
|
CYCLE
|
|
What distinguishes circular motion from harmonic motion?
|
CIRCULAR MOTION ALWAYS LASTS 360 DEGREES
|
|
What term is used to describe two oscillators with the exact same period that start at the exact same time?
|
IN PHASE
|
|
When cycles are aligned, the oscillators are said to be
|
IN PHASE
|
|
What term is used to describe two oscillators with the exact same period that start at different times?
|
OUT OF PHASE
|
|
Other than different starting times, what other factor can cause two oscillators to be out of phase?
|
DIFFERENT PERIODS
|
|
12.25 CYCLES
|
How many cycles are shown?
|
|
2 Hz
|
If it takes the oscillation 24.5 seconds to be complete, what is its frequency?
|
|
24.5 s
|
If it takes the oscillation 24.5 seconds to be complete, what is its period?
|