a$.$ Assign $5$ to the variable $A($amplitude$).$

b$.$ Assign $0\mathrm{.}3$ to the variable $T($period$).$

c$.$ Calculate the frequency using the following formula and assign to the variable f$.)=(\frac{1}{T}.$

d$.$ Calculate the angular frequency $$ using the formula $=2f$ and assign to variable omega.

e$.$ Create the vector time named $t$ using linspace command with $1001$ points in the range from $0$ to $1.$

f$.$ Create the vector voltage named $v$ using the following equation: $v=A**tri(t),$ where the function sawtooth can be used in MATLAB to represent the triangular waveform.

g$.$ Create the vector named v$\_$mod using the following equation: $v_{?}$mod $\frac{?}{a}=bs(v).$

h$.$ Plot voltage $($y$-$axis$)$ against time $(x-$axis$).$

i$.$ Add title, $x-$axis and $y-$axis labels as follows:

Title: 'Triangular Waveform'

x$-$axis label: 'Time $($seconds$)\text{'}$

y$-$axis label: 'Voltage $($volts$)\text{'}$