Question: Problem 2: Table Manners Inputs Outputs XYZABC DE 0001 0 1 11 001 1 01 10 1 00 1 1 1 0 1 1 0

 Problem 2: Table Manners Inputs Outputs XYZABC DE 0001 0 1

Problem 2: Table Manners Inputs Outputs XYZABC DE 0001 0 1 11 001 1 01 10 1 00 1 1 1 0 1 1 0 10 1 1 00 1 1 0 0100 1 1 1 1 011 10 The following questions refer to the truth table above, which specifies five Boolean functions, A, B, C, D, and E.) A. Which of the given functions can be realized by the following logic diagram with no additional logic? For each indicate if, it is realizable by showing how to connect one of X, Y, Z. 0-or 1 to each of the l, J, and K inputs. Leave a input boxes empty for outputs that cannot A: E: B. Which functions can be implemented as a single-level CMOS gate (i.e. with a single set of pull-down and pul-up transistors driving the output)? Enter a comma separated Est of function names A-E C. Which of the given functions can be implemented using the following circuit, where I, J, and K, are connected to one of X, Y and Z? For each indicate if, it is reaizable by showing which of X, Y, Z are connected to K, and the function applied to the remaining two variables (e.x. "AND(Y,Z)). Leave all input boxes empty for outputs that cannot be implemented B: KFunction: KFunction: E: Problem 2: Table Manners Inputs Outputs XYZABC DE 0001 0 1 11 001 1 01 10 1 00 1 1 1 0 1 1 0 10 1 1 00 1 1 0 0100 1 1 1 1 011 10 The following questions refer to the truth table above, which specifies five Boolean functions, A, B, C, D, and E.) A. Which of the given functions can be realized by the following logic diagram with no additional logic? For each indicate if, it is realizable by showing how to connect one of X, Y, Z. 0-or 1 to each of the l, J, and K inputs. Leave a input boxes empty for outputs that cannot A: E: B. Which functions can be implemented as a single-level CMOS gate (i.e. with a single set of pull-down and pul-up transistors driving the output)? Enter a comma separated Est of function names A-E C. Which of the given functions can be implemented using the following circuit, where I, J, and K, are connected to one of X, Y and Z? For each indicate if, it is reaizable by showing which of X, Y, Z are connected to K, and the function applied to the remaining two variables (e.x. "AND(Y,Z)). Leave all input boxes empty for outputs that cannot be implemented B: KFunction: KFunction: E

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