False because first 3nand gates consider as one case logical path effort for this case is 4/3 since they are 2input NAND gate next we have not gates consider 3 NOT gates as one case logical path effort for this one next we have And gate it consider as one case it divide as NAND gate with not gate NAND have 3inputs so logical path effort for this is 5/3 so total logical path effort is= 4/3*1*5/3*1=20/9
9. The following circuit operates only if there is a path of functional devices from left to right. If 0.9, what is the components work independently of one another and P(component works) probability that the circuit operates?
The graph has an: A. Neither B. Euler Circuit C. Euler path and Euler circuit D. Euler Path B A Q E C G B A Q E C G
PROBLEM 3 In an effort to design a domino circuit to compute F = (A+B)(C+D), we designed a two stage design: footless dynamic OR-OR-AND-INVERT + HI-skew INV. The load is 500C. The transistor sizes are selected to minimize the delay (figure below). Answer to the following question. 110 27 - 30 30 What is the logical effort of the first stage? What is the parasitic delay of the first stage? What is the logical effort of the second stage? D...
4) Find the size of transistors for following circuit based on logical effort method if the Cin-5 and Cout-100. Page 2 of 3 a) Find the NAND based realization of following function: b) Find the NOR based realization of following function: 4) Find the size of transistors for following circuit based on logical effort method if the Cin-5 and Cout-100. Page 2 of 3 a) Find the NAND based realization of following function: b) Find the NOR based realization of...
9. Consider the graph below 10 13 12 a. Does is have an Euler Circuit? Show the circuit or explain why one does not exist. b. Does it have an Euler Path? Show the path or explain why one does not exist. c. Does it have a Hamilton Circuit? Show the circuit or explain why one does not exist. d. Does it have a Hamilton Path? Show the path or explain why one does not exist. 9. Consider the graph...
The following circuit operates if and only if there is a path of functional devices from left to right. Assume devices fail independently and that the probability of failure of each device is as shown. What is the probability that the circuit operates? 4. 0.010.01 0.1
The following circuit operates if and only there is a path of functional devices from left to right.the probability that each device functions is as shown.Assume that the probability that a device functions does not depend on whether or not other devices are functional. what is the probability that the circuit operates.
The following circuit only operates if there is a path of functional devices from left to right The probability that each device functions is shown on each device. Assume that devices for independently. What is the probability that the circuit operates? 0.9 0.9 0.8 0.7 0.7 0.95 0.95 0.7
A pool measuring 18 meters by 26 meters is surrounded by a path of uniform width, as shown in the figure. If the area of the pool and the path combined is 1140 square meters, what is the width of the path? The width of the path is meters 18+ 2x 18 26 26 + 2x Enter your answer in the answer box
Problem 5. (11 points) The following circuit operates if and only if there is a path of functional devices from left to right. Assume devices fail independently and that the probability of failure of each device is as shown. What is the probability that the circuit does not operate? 0.02 0.01 0.01 0.01 0.01 0.02