12. Convert the following radians to degrees: a. π/4 b. π/6 1 7 C. 10 d. е. Зп f. 0.55m

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12. Convert the following radians to degrees:
a. π/4
b. π/6
1
7
C. 10
d.
e. 3T
f. 0.55m
13. Find the angular velocity of a waveform with a period of
a. 2 s.
b. 0.3 ms.
c. 4 μs.
d. s.
14. Find the angular velocity of a waveform with a frequency
of
a. 50 Hz.
b. 600 Hz.
c. 2 kHz.
d. 0.004 MHz.
15. Find the frequency and period of sine waves having an
angular velocity of
a. 754 rad/s.
b. 8.4 rad/s.
c. 6000 rad/s.
d.rad/s.
16. Given f = 60 Hz, determine how long it will take the
sinusoidal waveform to pass through an angle of 45°.
17. If a sinusoidal waveform passes through an angle of 30°
in 5 ms, determine the angular velocity of the waveform.
Transcribed Image Text:12. Convert the following radians to degrees: a. π/4 b. π/6 1 7 C. 10 d. e. 3T f. 0.55m 13. Find the angular velocity of a waveform with a period of a. 2 s. b. 0.3 ms. c. 4 μs. d. s. 14. Find the angular velocity of a waveform with a frequency of a. 50 Hz. b. 600 Hz. c. 2 kHz. d. 0.004 MHz. 15. Find the frequency and period of sine waves having an angular velocity of a. 754 rad/s. b. 8.4 rad/s. c. 6000 rad/s. d.rad/s. 16. Given f = 60 Hz, determine how long it will take the sinusoidal waveform to pass through an angle of 45°. 17. If a sinusoidal waveform passes through an angle of 30° in 5 ms, determine the angular velocity of the waveform.
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