12
2-13. If input number one is the only input and
both output terminals are used, what will
the peak-to-peak amplitude of each
output signal be? (Assume base of Q2
grounded)
1.
1 volt
2.
2 volts
3. 500 millivolts
4.
0 volts
2-14. If input one is the only input used and an
output signal is taken between output
number one and output number two,
what will the peak-to-peak amplitude of
the output signal be? (Assume base of Q2
grounded)
1.
1 volt
2.
2 volts
3. 500 millivolts
4.
0 volts
2-15. Which of the following statements
describes the output signal if input one is
the only input used and an output signal
is taken between output number one and
output number two?
1. A sine wave twice the amplitude of
output number two
2. A sine wave 90 degrees out of phase
with the input signal
3. A sine wave one-half the amplitude
of output number one
4. Not a sine wave
2-16. If the input signals are in phase with each
other what will the amplitude of each
output signal be?
1.
1 volt
2.
2 volts
3. 500 millivolts
4.
0 volts
2-17. If the input signals are in phase with each
other and an output signal is taken
between the two output terminals, what
will the amplitude of the output signal
be?
1.
1 volt
2.
2 volts
3. 500 millivolts
4.
0 volts
2-18. Which of the following statements
describes output signal number one if the
input signals are in phase with each
other?
1. A sine wave in phase with input
signal number one
2. A sine wave in phase with input
signal number two
3. A sine wave 90 degrees out of phase
with input signal number one
4. Not a sine wave
2-19. If the input signals are 180 degrees out of
phase with each other, what will the
peak-to-peak output of each output signal
be?
1.
1 volt
2.
2 volts
3.
500 millivolts
4.
0 volts
2-20. If the input signals are 180 degrees out of
phase with each other and the output
signal is taken between the two output
terminals, what will the peak-to-peak
amplitude of the output signal be?
1.
1 volt
2.
2 volts
3. 500 millivolts
4.
0 volts
