Can you help me with this problem? A certain teacher computes grades as follows: Only the first digit (that is, 9 for averages between90 and 99) are used. There never exists an average of 100. Anyone with an average of 60 orabove passes (P) and anyone with an average below 60 gets an (F). The first digit is coded in binary using inputs w, x, y, and z. Please Design a circuit using one 3-to-8 decoder, one any size OR gate, and up to two invertors to produce an output of 1 if and only if the student passes (P).
Can you help me with this problem? A certain teacher computes grades as follows: Only the first digit (that is, 9 for averages between90 and 99) are used. There never exists an average of 100. Anyone with an average of 60 orabove passes (P) and anyone with an average below 60 gets an (F). The first digit is coded in binary using inputs w, x, y, and z. Please Design a circuit using one 3-to-8 decoder, one any size OR gate, and up to two invertors to produce an output of 1 if and only if the student passes (P).
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Can you help me with this problem?
A certain teacher computes grades as follows: Only the first digit (that is, 9 for averages between
90 and 99) are used. There never exists an average of 100. Anyone with an average of 60 or
above passes (P) and anyone with an average below 60 gets an (F). The first digit is coded in binary using inputs w, x, y, and z. Please Design a circuit using one 3-to-8 decoder, one any size OR gate, and up to two invertors to produce an output of 1 if and only if the student passes (P).
90 and 99) are used. There never exists an average of 100. Anyone with an average of 60 or
above passes (P) and anyone with an average below 60 gets an (F). The first digit is coded in binary using inputs w, x, y, and z. Please Design a circuit using one 3-to-8 decoder, one any size OR gate, and up to two invertors to produce an output of 1 if and only if the student passes (P).
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