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for this example Iamp;#39;m going to be converting a number from its floating Point representation back into its real number representation to do this Iamp;#39;ll start by placing all of the bits from my number into the floating Point format so I can tell which bits are associated with the sign the exponent and the mantisa so I have 8 Z z c and then four more blocks of zeros that wonamp;#39;t affect the value of my number I have one in the sign bit so I know my number is negative for the rest of the problem thereamp;#39;s two different ways that I can approach this one way is to say okay this is a denormalized number that means I donamp;#39;t know what the first bit in my number actually is so I canamp;#39;t just assume itamp;#39;s a the way I did before Iamp;#39;ll have to use this first bit to tell me what the first bit in my number is so I could write down 0.0 1 1 time 2 negative then take my exponent -27 alternatively I could say okay I donamp;#39;t know what the leading b
