Question: a) A particular binary vector contains 8 bits that represent a two's complement fixed point number with the binary point located as shown by the
a) A particular binary vector contains 8 bits that represent a two's complement fixed point number with the binary point located as shown by the "." in the vector. If this vector is shifted right (arithmetic) by one place, what decimal number will the shifted vector represent?
Shift Right Arithmetic one Place (111001.10) =
b) A particular binary vector contains 8 bits that represent a two's complement fixed point number with the binary point located as shown by the "." in the vector. If this vector is shifted right (logical) by one place, what decimal number will the shifted vector represent?
Shift Right Logical one Place (111001.10) =
c) A particular binary vector contains 8 bits that represent a two's complement fixed point number with the binary point located as shown by the "." in the vector. If this vector is shifted left by one place, what decimal number will the shifted vector represent?
Shift Left one Place (111001.10) =
d) Given two n-bit two's complement numbers, A and B, if A is positive and B is negative, the addition A + B cannot possibly produce a sum that overflows. (True/ False)
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