Discussion:
1)Based on the experiment ,for Figure 7.3(a),the
frequency given on function generator is 1kHz same
with on the oscilloscope. The waveform on the
oscilloscope show the time taken for one complete cycle
is 1.0×10−3s.As the frequency,f equal to 1 over period,
hence the frequency on the oscilloscope is 1kHz. As for
Figure 7.3(b),the frequency on the function generator is
1.5kHz. This value slightly different from the
oscilloscope because the waveform produce was not
precise as the grid of the oscilloscope cannot produce
accurate value.Hence the time taken for one complete
cycle is estimate 7.0×10−4s with frequency
1.43kHz.Lastly,for Figure 7.3(c), the frequency given on
function generator is 2kHz which is same with the
waveform on the oscilloscope.The time taken for one
complete cycle on the oscilloscope is 5.0×10−4s.Hence
the frequency on the oscilloscope is 2kHz
2)As the value of frequency increase,the period is
decrease.Hence,the frequency is inversely proportional
to the period.This can be seen in the experiment when
the frequency on the function generator increase from
1.0kHz to 2.0kHz,then the period is decrease from
1.0×10−3s to 5.0×10−4s on the oscilloscope
