Using only unilateral z-transform properties and the fact that nu[n] find the z-transforms of (a) xa[n]...

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Using only unilateral z-transform properties and the fact that nu[n] find the z-transforms of (a) xa[n] = n²u[n] (b) xb[n] = n²y^u[n] (c) xc[n] = n³u[n] (d) xd[n] = a (u[n] - u[n - m]), m >0. (e) xe[n] = ne-2nu[n- m], m >0 (f) xf[n] = (n − 2)(0.5)n- u[n - 4] Using only unilateral z-transform properties and the fact that nu[n] find the z-transforms of (a) xa[n] = n²u[n] (b) xb[n] = n²y^u[n] (c) xc[n] = n³u[n] (d) xd[n] = a (u[n] - u[n - m]), m >0. (e) xe[n] = ne-2nu[n- m], m >0 (f) xf[n] = (n − 2)(0.5)n- u[n - 4]

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The detailed answer for the above question is provided below To find the Ztransforms of the given sequences using only unilateral Ztransform propertie... View the full answer