This question needs to be completed using the Labview program. Must show the Front panel and Block Diagram for credit. The channel bandwidth (B), noise (N), signal (S), and maximum possible speed in a channel (W) is given by the Shannon's formula: W=Blog2(1+S/N), where W is in bits per second, B is in Hertz, S/N is ratio of signal energy to noise energy. Assume B=20kHz,S/N= varies from 0 to 1000 in steps of 50 . Design a Vi to display and plot S/N versus W. Your VI must use a While Loop for stopping the VI (stops when you click a stop button). This question needs to be completed using the Labview program. Must show the Front panel and Block Diagram for credit. The channel bandwidth (B), noise (N), signal (S), and maximum possible speed in a channel (W) is given by the Shannon's formula: W=Blog2(1+S/N), where W is in bits per second, B is in Hertz, S/N is ratio of signal energy to noise energy. Assume B=20kHz,S/N= varies from 0 to 1000 in steps of 50 . Design a Vi to display and plot S/N versus W. Your VI must use a While Loop for stopping the VI (stops when you click a stop button)