Recreate our in$-$class demo program that uses a For Loop to iterate $N$ times, where $N$ is controllable by the user. The program should plot $N$ points of a sine wave $($so if $N$ is degrees, one cycle of a sine wave is $360$ degrees, strictly $0$ to $359$ degrees since the loop counter $\text{'}i\text{'}$ starts at $0).$

$y=A+B**sin(C**i)$

Since the sine function expects an input of radians, include the relationship $($conversion$,$ or scaling factor $"C")$ between degrees and radians and use the loop counter $\text{'}i\text{'}$ to represent a single degree $($how many radians are there in a degree? You are converting $\text{'}i\text{'}$ to radians$).$ Also include controls so the user can adjust the magnitude $($scaling$,"B")$ and vertical $(Y-$axis$)$ offset $("A")$ of the resulting sine calculation.

To find the built$-$in sine wave function available, hit ctrl$-$space for quick drop and type sine $($it$\text{'}$s that easy!$),$ or use search in the block diagram palette. Once again, the input for this function is radians, not degrees. Use a waveform chart $($not a graph$)$ to plot each calculation as the loop turns $($so inside the for loop$),$ resulting in a plot of however many points of the sine wave the user chooses. Again, this can only be accomplished by placing the waveform chart indicator inside the For Loop. Include a moderate delay $(25ms)$ to "watch" the calculations as they are plotted $($make this a user control, which must be inside the for loop$).$

Please show the block diagram of this displayed in LabVIEW software.