5 Figure 1A.—Frequency-response curve. IN ANSWERING QUESTIONS 1-35 AND 1-36 REFER TO FIGURE 1A. 1-35.   What are the (a) upper and (b) lower frequency limits shown? 1.    (a) 8 kHz (b) 0 Hz 2.    (a) 7.5 kHz (b) 0 Hz 3.    (a) 6.0 kHz (b) 2 kHz 4.    (a) 5.5 kHz (b) 2.5 kHz 1-36.   What is the bandwidth shown? 1.    1 inch 2.    8 kHz 3.    3 kHz 4.    2 kHz to 8 kHz 1-37.   Which of the following limit(s) the frequency response of a transistor amplifier? 1.    The inductance 2.    The transistor 3.    The capacitance 4.    All of the above 1-38.   What type of feedback is caused by interelectrode capacitance? 1.    Bypassed 2.    Negative 3.    Positive 4.    Regenerative 1-39.   What happens to capacitive reactance as frequency decreases? 1.    It increases 2.    It decreases 3.    It remains the same 4.    It cannot be determined 1-40.   What happens to inductive reactance as frequency increases? 1.    It increases 2.    It decreases 3.    It remains the same 4.    It cannot be determined 1-41.   What is the major factor that limits the high frequency response of an amplifier? 1.    Inductance 2.    Resistance 3.    Capacitance 4.    Transformer reactance 1-42.   What components can be used to increase the high-frequency response of an amplifier? 1.    Diodes 2.    Inductors 3.    Resistors 4.    Capacitors 1-43.   What determines whether a peaking component is considered "series" or "shunt"? 1.    The relationship of the component to the power supply 2.    The relationship of the component to the input signal path 3.    The relationship of the component to the amplifying device 4.    The relationship of the component to the output signal path