86. Use partial fractions to obtain inverse z-Transforms for the following functions. z+2 (a) X(z) = (z-1)(z²+1) z+0.3 (

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86. Use partial fractions to obtain inverse z-Transforms for the following functions. z+2 (a) X(z) = (z-1)(z²+1) z+0.3 (

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86 Use Partial Fractions To Obtain Inverse Z Transforms For The Following Functions Z 2 A X Z Z 1 Z 1 Z 0 3 1
86 Use Partial Fractions To Obtain Inverse Z Transforms For The Following Functions Z 2 A X Z Z 1 Z 1 Z 0 3 1 (16.03 KiB) Viewed 28 times
Here is the answer. Could you please show the whole process
86 Use Partial Fractions To Obtain Inverse Z Transforms For The Following Functions Z 2 A X Z Z 1 Z 1 Z 0 3 2
86 Use Partial Fractions To Obtain Inverse Z Transforms For The Following Functions Z 2 A X Z Z 1 Z 1 Z 0 3 2 (23.05 KiB) Viewed 28 times
86. Use partial fractions to obtain inverse z-Transforms for the following functions. z+2 (a) X(z) = (z-1)(z²+1) z+0.3 (b) X(z) = z² +0.75z+0.125 4z +1 (c) X(z) = z²z+0.5 (d) X(z) = 2z+1 z(10z²-z-2)
3 86. (a) x[n] = (-28[n] ++ cos(πn/2+1.249))u[n] V10 2 (b) x[n] = (2.48 [n] -1.6(-.5)" -0.8(-0.25)")u[n] (c) x[n] = (28[n] +10.2(0.707)" cos(лn/4-1.7628))u[n] 8 (d) x[n] = (-0.758[n] -0.58[n 1] + 9(.5)" -0.139(-0.4)")u[n] -
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