Consider a signal x(t) as shown in the figure here. Plot the graph of x(-2t + 3) (where ‘t’ indicates continuous time domain)
Consider a signal x(t) as shown in the figure here. Plot the graph of x(-2t + 3) (where ‘t’ indicates continuous time domain) Correct Answer <img alt="F1 Uday.B 14-12-20 Savita D20" src="//storage.googleapis.com/tb-img/production/20/12/F1_Uday.B_14-12-20_Savita_D20.png" style="width: 232px; height: 191px;">
By applying the time shifting operation by 3 units, the graph becomes
x(t + 3)
[ alt="F1 Uday.B 14-12-20 Savita D22" src="//storage.googleapis.com/tb-img/production/20/12/F1_Uday.B_14-12-20_Savita_D22.png" style="width: 232px; height: 194px;">
Now, by applying the time scaling operation by 2, the graph becomes
x(2t + 3)
[ alt="F1 Uday.B 14-12-20 Savita D23" src="//storage.googleapis.com/tb-img/production/20/12/F1_Uday.B_14-12-20_Savita_D23.png" style="width: 231px; height: 207px;">
Now, by applying the time reversal operation, the graph becomes
x(-2t + 3)
[ alt="F1 Uday.B 14-12-20 Savita D24" src="//storage.googleapis.com/tb-img/production/20/12/F1_Uday.B_14-12-20_Savita_D24.png" style="width: 228px; height: 206px;">