A. Fill-in the truth table for the below function. XYF 00 01 10 11 B. Determine...

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A. Fill-in the truth table for the below function. XYF 00 01 10 11 B. Determine the SoM expression for the Boolean function F in below. Show your work. C. Determine the PoM expression for the Boolean function F in below. Show your work. G. Write down the equations of A1 and AO in the below encoder circuit. 10 I1 12 N = N = 3-to-2 Low Priority Encoder H. If N = 10101 in binary, then what is N in decimal, assuming we have signed-magnitude representation? A1 N = AO I. If N = 11100 in binary, then what is N in decimal, assuming we have signed 2s complement representation? V N = J. If N = +88 in decimal, then what is N in binary, assuming we have 8-bit signed 2s complement representation? K. If N = -88 in decimal, then what is N in binary, assuming we have 8-bit signed-magnitude representation? D. Given the below circuit, write a simplified expression of F ? X AL 1- 2004 Decoder 00 01 08 E. Fill-in the truth table for the below circuit. 1-to-4 DMUX SI SO A B 10 11 DOL 5 DI F. Fill-in the truth table for the below circuit. Y D2 D3 2-to-1 Mux A 1-to-2 A Decoder F En F1 E: FO DI DO ABF 00 01 10 11 XYFLF0 00 01 10 11 A. Fill-in the truth table for the below function. XYF 00 01 10 11 B. Determine the SoM expression for the Boolean function F in below. Show your work. C. Determine the PoM expression for the Boolean function F in below. Show your work. A. Fill-in the truth table for the below function. XYF 00 01 10 11 B. Determine the SoM expression for the Boolean function F in below. Show your work. C. Determine the PoM expression for the Boolean function F in below. Show your work. G. Write down the equations of A1 and AO in the below encoder circuit. 10 I1 12 N = N = 3-to-2 Low Priority Encoder H. If N = 10101 in binary, then what is N in decimal, assuming we have signed-magnitude representation? A1 N = AO I. If N = 11100 in binary, then what is N in decimal, assuming we have signed 2s complement representation? V N = J. If N = +88 in decimal, then what is N in binary, assuming we have 8-bit signed 2s complement representation? K. If N = -88 in decimal, then what is N in binary, assuming we have 8-bit signed-magnitude representation? G. Write down the equations of A1 and AO in the below encoder circuit. 10 I1 12 N = N = 3-to-2 Low Priority Encoder H. If N = 10101 in binary, then what is N in decimal, assuming we have signed-magnitude representation? A1 N = AO I. If N = 11100 in binary, then what is N in decimal, assuming we have signed 2s complement representation? V N = J. If N = +88 in decimal, then what is N in binary, assuming we have 8-bit signed 2s complement representation? K. If N = -88 in decimal, then what is N in binary, assuming we have 8-bit signed-magnitude representation? D. Given the below circuit, write a simplified expression of F ? X AL 1- 2004 Decoder 00 01 08 E. Fill-in the truth table for the below circuit. 1-to-4 DMUX SI SO A B 10 11 DOL 5 DI F. Fill-in the truth table for the below circuit. Y D2 D3 2-to-1 Mux A 1-to-2 A Decoder F En F1 E: FO DI DO ABF 00 01 10 11 XYFLF0 00 01 10 11 D. Given the below circuit, write a simplified expression of F ? X AL 1- 2004 Decoder 00 01 08 E. Fill-in the truth table for the below circuit. 1-to-4 DMUX SI SO A B 10 11 DOL 5 DI F. Fill-in the truth table for the below circuit. Y D2 D3 2-to-1 Mux A 1-to-2 A Decoder F En F1 E: FO DI DO ABF 00 01 10 11 XYFLF0 00 01 10 11

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