Q. 7.3: (a) Word number 723 in the memory shown in Fig. 7.3 contains the binary equivalent of 3455

Q. 7.14: It is necessary to formulate the Hamming code for four data bits, D3, D5, D6, and D7,

Q. 7.7: A 16K * 4 memory uses coincident decoding by splitting the internal decoder into X‐selection

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Q. 7.6: Enclose the 4 * 4 RAM of Fig. 7.6 in a block diagram showing all inputs and outputs

Q. 7.2: Give the number of bytes stored in the memories listed in Problem 7.1.

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Q. 7.22: Derive the ROM programming table for the combinational circuit that squares a 4‐bit number.

Q. 7.10: Given the 8‐bit data word 01011011, generate the 13‐bit composite word for the Hamming code

Q. 6.24: Design a counter with T flip‐flops that goes through the following binary repeated sequence

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Q. 7.1: The memory units that follow are specified by the number of words times the number of bits

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Q. 7.17: The 32*6 ROM, together with the 2^0 line, as shown in Fig. P7.17, converts a six‐bit binary

Q. 6.12: Draw the logic diagram of a four‐bit binary ripple countdown counter using(a) flip‐flops

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The memory units that follow are specified by the number of words times the number of bits per wo…