For this problem, I would like you to start with your equation/expression you have created homework 7 problem 1 & convert it into a circuit. It can be in any form. For this problem, you can only use 2-input AND's, 2-input OR's, and NOT gates. For the drawing, I recommend Visio (if you've used it for these diagrams before); alternatively, drawing it by hand, taking a picture w/ your cellphone/scanning & attaching into this document is okay. To earn full credit on this problem, make sure your work is legible & in the correct orientation. F = x'w + y'Z' + wz' + yw'z Circuit: Cost: transistors Delay: ns (watch lecture video/reading Chapter 2.4 - 2.8 from blue book or Chapter 1.5, 2.4-2.6, 2.9 from ARM book may help here) Based on the circuit you designed in the previous problem, recreate it using any of the gates available in the Basic Logic Library (Slide 3 of the Logic Gates Slides) or the Multiple-Input Standard Gates Library (Slide 4). You can optimize/simplify your equation if you wish. To earn full credit on this problem, make sure your work is legible & in the correct orientation. F = ... Circuit: Cost: transistors Delay: ns (watch lecture video/reading Chapter 2.4 - 2.8 from blue book or Chapter 1.5, 2.4-2.6, 2.9 from ARM book may help here) For this problem, I would like you to start with your equation/expression you have created homework 7 problem 1 & convert it into a circuit. It can be in any form. For this problem, you can only use 2-input AND's, 2-input OR's, and NOT gates. For the drawing, I recommend Visio (if you've used it for these diagrams before); alternatively, drawing it by hand, taking a picture w/ your cellphone/scanning & attaching into this document is okay. To earn full credit on this problem, make sure your work is legible & in the correct orientation. F = x'w + y'Z' + wz' + yw'z Circuit: Cost: transistors Delay: ns (watch lecture video/reading Chapter 2.4 - 2.8 from blue book or Chapter 1.5, 2.4-2.6, 2.9 from ARM book may help here) Based on the circuit you designed in the previous problem, recreate it using any of the gates available in the Basic Logic Library (Slide 3 of the Logic Gates Slides) or the Multiple-Input Standard Gates Library (Slide 4). You can optimize/simplify your equation if you wish. To earn full credit on this problem, make sure your work is legible & in the correct orientation. F = ... Circuit: Cost: transistors Delay: ns (watch lecture video/reading Chapter 2.4 - 2.8 from blue book or Chapter 1.5, 2.4-2.6, 2.9 from ARM book may help here)