what is the binary representation of -14 in a 6-bit, 1\'s complement system What

Question

what is the binary representation of -14 in a 6-bit, 1's complement system

What is the binary representation of -14 in a 6-bit, 1's complement system? 111011 110001 101100 1001110. How many outputs are required for a circuit that multiplies a 2-bit number by a 4-bit number? 8 7 6 4 5 Given the latch circuit below, what are the outputs Q and Q? Q = 0, Q' = 1 Q = 1, Q' = 1 Q = 0 Q' = 0 Q = 1, Q' = 0 If the clock input to a 4-bit ripple counter is 4KHz, then the frequency of the mob of the counter is 2000Hz 500Hz 250Hz 1000Hz 125Hz If the clock input to a 4-bit ripple counter is 4KH_z, then the frequency of the lsb of the counter is 2000Hz 125Hz 250Hz 1000Hz 500Hz

Explanation / Answer

Solution:

14. B) 110001

Binary representation of -14 in a 6-bit, 1's complement is 110001.

15. C) 16

6 Outputs are required for a circuit that multiplies a 2-bit number by a 4-bit number.

16. C) Q=0, Q'=0

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