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1-11) Trace through your above circuit. Use Boolean Algebra and DeMorgan's Theorems to show that your schematic gives the same function X_sim as found in 1-3). Justify your steps.

1-11) Trace through your above circuit. Use Boolean Algebra and DeMorgan's Theorems to show that your schematic gives the same function X_sim as found in 1-3). Justify your steps.

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I need 1-11) i have done part 1 for it.
Pr 1-10) Draw another circuit schematic for the function X_sim that you found in part 1-3), but this time use only NOR gates. Recall that NOR gates are universal, and refer to lab 2 for NOR gate constructions. Show all work below, including any gate pairs that cancel. F "Sim & AB +BL = AB ABC = AB-BC = (A+B)(B+C) A F = A + B + B + C BI C A+13 7 Btc open Nor gut A- A+B Circle not ment to be Cusie. AB 0 A+B+B+C 1 0 1-11) Trace through your above circuit. Use Boolean Algebra and DeMorgan's Theorems to show that your schematic gives the same function X_sim as found in 1-3). Justify your steps. ill need two Is
Transcribed Image Text:Pr 1-10) Draw another circuit schematic for the function X_sim that you found in part 1-3), but this time use only NOR gates. Recall that NOR gates are universal, and refer to lab 2 for NOR gate constructions. Show all work below, including any gate pairs that cancel. F "Sim & AB +BL = AB ABC = AB-BC = (A+B)(B+C) A F = A + B + B + C BI C A+13 7 Btc open Nor gut A- A+B Circle not ment to be Cusie. AB 0 A+B+B+C 1 0 1-11) Trace through your above circuit. Use Boolean Algebra and DeMorgan's Theorems to show that your schematic gives the same function X_sim as found in 1-3). Justify your steps. ill need two Is
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