Consider the following transfer function for a circuit $($not shown$).$ It has two corner frequencies. Show your work and provide your final answers in the provided spaces.

$H(f)=0\mathrm{.}2\frac{1+j\frac{f}{400}}{1+j\frac{f}{40,000}}$

a$.$ Describe the behavior of the magnitude of the transfer function, $|H(f)|,$ below the first corner frequency on a linear scale.

Answer: $$

b$.$ What is $|H(f)|$ below the first corner frequency on a dB scale?

Answer: $q,$

c$.$ Describe the behavior of the magnitude of the transfer function, $|H(f)|,$ between the first and second corner frequencies on a linear scale.

Answer: $$

d$.$ Describe the behavior of $|H(f)|$ between the first and second corner frequencies on a dB scale.

Answer: $$

$q,$

e$.$ Describe the behavior of the magnitude of the transfer function, $|H(f)|,$ above the second corner frequency on a linear scale.