Question: Using 32-bit IEEE 754 single precision floating point with one (1) sign bit, eight (8) exponent bits and twenty three (23) mantissa bits. Carry out

Using 32-bit IEEE 754 single precision floating point with one (1) sign bit, eight (8) exponent bits and twenty three (23) mantissa bits. Carry out floating point binary multiplication on the following numbers: 0 10000100 0100...0 and 1 00111100 1100...0. Show the final result normalized in floating point representation and convert it to decimal. Start by using a mantissa that is only 4 bits to show multiplications steps but no restriction on intermediate results.

0 10000100 0100

x 1 00111100 1100

Link to circuit is http://i.imgur.com/7Ecb2Lw.png

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