I need help with with Problem $3$ specifically $($NOT $2).$ I have only included question $2$ since it has the assumptions that will be used in Problem $3.$ Please provide a detailed answer if possible.

For the bit stream $00110111,$ sketch the waveforms for the following signal encoding techniques:

NRZ$-$L$,$ NRZI, Pseudoternary, Bipolar$-$AMI, Manchester and Differential Manchester. Assume that

the signal level for the preceding bit for NRZI was high; the most recent preceding $1$ bit $($for AMI$)$

has a negative voltage; and the most recent preceding $0$ bit $($for pseudoternary$)$ has a negative

voltage. For Differential Manchester, assume the previous bit ended at positive voltage level.

$[5$ points$]$

Consider a stream of binary data consisting of a long sequence of alternating ones and zeros.

With the same assumptions of Problem $2$ above, draw the signal waveform for this sequence using:

$[5$ points$]$

a$.$ Bipolar$-$AMI

b$.$ Pseudoternary

c$.$ NRZI

d$.$ Manchester

e$.$ Differential Manchester

Note: Start the bit pattern with $1.$For the bit stream $10101101,$ sketch the waveforms for the NRZ$-$L$,$ NRZI, Manchester, differential Manchester, and MLT$-3$ encoding techniques