Draw your solution to part a on a separate piece of paper (to be submitted on...

 

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Draw your solution to part a on a separate piece of paper (to be submitted on eLearning along with all other handwritten work). Submit your answer to part b here. a. Draw the circuit represented by the equation f = (a + b)(b'c')' on a separate piece of paper. Do not simplify the equation-draw the circuit exactly as the equation is written. You may use inversion bubbles on the inputs of the OR and AND gates but not on their outputs. Label your drawing clearly. b. Complete the timing diagram for the circuit from part a by listing whether each segment of f (a-h) should be at level 0 or at level 1. Write the level of each segment of f as a string of 8 bits: abcdefgh = Do not use commas or spaces. Draw your solution to part a on a separate piece of paper (to be submitted on eLearning along with all other handwritten work). Submit your answer to part b here. a. Draw the circuit represented by the equation f = (a + b)(b'c')' on a separate piece of paper. Do not simplify the equation-draw the circuit exactly as the equation is written. You may use inversion bubbles on the inputs of the OR and AND gates but not on their outputs. Label your drawing clearly. b. Complete the timing diagram for the circuit from part a by listing whether each segment of f (a-h) should be at level 0 or at level 1. Write the level of each segment of f as a string of 8 bits: abcdefgh = Do not use commas or spaces.