Consider a binary data sequence of bit rate 4978 Hz modulated by a carrier of 39661 Hz to obtain BPSK.*i) Calculate the bandwidthanswer format example if answer is 3.5khz   write as 3500 ( only number) don't write as 3.5khz

Consider a BPSK modulated signal with bandwidth  4978 Hz i) Calculate the input  data rateanswer format example if answer is 3.5khz   write as 3500 ( only number) don't write as 3.5khz

Consider a BPSK modulated signal with bandwidth  19371 Hz i) Calculate the input  data rate

choose the program for BPSK which is executable and will display error rate and demodulated data  Select one:a.M = 2; % Modulation orderk = log2(M); % Bits per symbolsnr=10;numSymPerFrame = 50;dataIn = randi([0 k],numSymPerFrame,k)txSig = pskmod(dataIn,M)rxSig = awgn(txSig,snr)rxSym = pskdemod(rxSig,M);round(rxSym)nErrors = biterr(dataIn, rxSym);[nErrors err_rate] = biterr(dataIn, rxSym)b.M = 2; % Modulation orderk = log2(M); % Bits per symbolsnr=10;numSymPerFrame = 50;dataIn = randi([0 k],numSymPerFrame,k);txSig = pskmod(dataIn,M);rxSig = awgn(txSig,snr);rxSym = pskdemod(rxSig,M);round(rxSym)nErrors = biterr(dataIn, rxSym);[nErrors err_rate] = biterr(dataIn, rxSym)c.M = 2; % Modulation orderk = log2(M); % Bits per symbolsnr=10;numSymPerFrame = 50;dataIn = randi([0 k],numSymPerFrame,k);txSig = pskmod(dataIn,M)rxSig = awgn(txSig,snr)rxSym = pskdemod(rxSig,M);round(rxSym)nErrors = biterr(dataIn, rxSym);[nErrors err_rate] = biterr(dataIn, rxSym)d.M = 2; % Modulation orderk = log2(M); % Bits per symbolsnr=10;numSymPerFrame = 50;dataIn = randi([0 k],numSymPerFrame,k)txSig = pskmod(dataIn,M)rxSym = pskdemod(rxSig,M);nErrors = biterr(dataIn, rxSym);[nErrors err_rate] = biterr(dataIn, rxSym)

For FSK, the bit rate is equal to the baud rate (symbols/seconds).Group of answer choicesTrueFalse

if data sequence is  0 1 0 0 0 1 01 0the phase of BPSK waveform will vary as Select one:a. pi 0 pi pi pi 0 pi 0 pib. 0 0 pi pi 0 0 pi 0 pic. 0 0 pi pi pi 0 pi 0 pi