Power
Voltage
Frequency
Magnitude
A single pip
A perfect sine wave
A square wave
A sawtooth wave
Frequency
Magnitude
Period
Polarity
The same as the frequency
Not related to the frequency
Equal to 1 divided by the frequency
Equal to amplitude divided by the frequency
0.006Hz
167 Hz
7kHz
6kHz
6.28 cycles
57.3 cycles
1/6.28 cycle
1/360 cycle
18
20
36
5.73
Has a fast rise time and slow decay time
Has a slow rise time and fast decay time
Has equal rise and decay rates
Rises and falls abruply
1770 radians per second
11,120 radians per second
282 radians per second
Impossible to determine from the data given
Has waves that add up to three times the originals
Has three waves, all of the same magnitude
Is what you get at a common wall outlet
Is of interest only to physicists
Twice the amplitude of either wave alone
Half of the amplitude of either wave alone
A xomplex waveform but with the same frequency as the originals
Zero
Has a magnitude equal to the difference between the two originals
Has a magnitude equal to the sum of the two originals
Is complex with the same frequency as the originals
Is zero
82.7V
165V
234V
331V
82.7V
165V
234V
331V
Half the peak value
The same as the peak value
1.414 times the peak value
Twice the peak value
+ 210V and - 120V
+ 162V and - 72V
+ 396V and - 286V
Both equal to 117V
117 V
210 V
331 V
396 V
The strength of the magnet
The number of turns in the coil
The type of natural energy source used.
The speed of rotation of the coil or magnet
Smooth dc
Smooth ac
Ac with one peak greater than the other
Pulsating dc
Ac is easier to transform one voltage to another.
Ac is transmitted with loss in wires
Ac can be easily gotten from dc generators
Ac can be generated with less dangerous by products
Wait!
Here's an interesting quiz for you.