I know how to do the manual part (part a for all three a, b, and c). Please show me how to cod the MATLAB part. I'm knew
Posted: Tue Jun 07, 2022 12:36 pm
I know how to do the manual part (part a for all three a, b, and
c). Please show me how to cod the MATLAB part.
I'm knew and know nothing about MATLAB so PLEASE explain each
line of code. PLEASE don't waste my question.
Thank you
2.7. For the discrete-time signals x[n] and v[n] shown in Figure P2.7, do the following: x[n] v[n] 1+ • + + 4T 10 T 27 3T 4T 5T + + + T 27 3T 4T T 2T 3T 4T 5T 2+ ● 1+ ● + 0 T 27 3T 4T -2T -T 10 T 2T 3T 4T 5T (c) (a) Compute the convolution x[n]* v[n] for all n ≥ 0. Sketch the results. (b) Repeat part (a), using the M-file conv. -2T -T x[n] + -2T -T 1+ ● + + 10 T 27 3T 2+ 1+ x[n] -2T -T TESH FIGURE P2.7 0 2+ 1+ (a) (b) -2T -T v[n] -2T -T 1 v[n] lo
c). Please show me how to cod the MATLAB part.
I'm knew and know nothing about MATLAB so PLEASE explain each
line of code. PLEASE don't waste my question.
Thank you
2.7. For the discrete-time signals x[n] and v[n] shown in Figure P2.7, do the following: x[n] v[n] 1+ • + + 4T 10 T 27 3T 4T 5T + + + T 27 3T 4T T 2T 3T 4T 5T 2+ ● 1+ ● + 0 T 27 3T 4T -2T -T 10 T 2T 3T 4T 5T (c) (a) Compute the convolution x[n]* v[n] for all n ≥ 0. Sketch the results. (b) Repeat part (a), using the M-file conv. -2T -T x[n] + -2T -T 1+ ● + + 10 T 27 3T 2+ 1+ x[n] -2T -T TESH FIGURE P2.7 0 2+ 1+ (a) (b) -2T -T v[n] -2T -T 1 v[n] lo