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A filter has the following transfer function (2-0.5)(z-1.3) H (2) (2 - 0.4)(2 -0.6) The filter can be implemented as a cascade of two first order sections, namely H (2) (2-1.3) (2-0.4) and H (2) = - (2-0.5) (2 -0.6) What is the BIBO gain from the input to the outputs of each of the accumulators in the cascade implementation? ans: The BIBO gain to the output of the first section is 2.5. The BIBO gain to the output of the filter is 2.625. A filter has the following transfer function (2-0.5)(z-1.3) H (2) (2 - 0.4)(2 -0.6) The filter can be implemented as a cascade of two first order sections, namely H (2) (2-1.3) (2-0.4) and H (2) = - (2-0.5) (2 -0.6) What is the BIBO gain from the input to the outputs of each of the accumulators in the cascade implementation? ans: The BIBO gain to the output of the first section is 2.5. The BIBO gain to the output of the filter is 2.625