Question: Consider a twos complement 32-bit binary sequence Consider a two's complement 32-bit binary sequence, which is able to represent positive, negative numbers and zeros. Every
Consider a twos complement 32-bit binary sequence
Consider a two's complement 32-bit binary sequence, which is able to represent positive, negative numbers and zeros. Every bit combination represents a nite and valid number Nothing is reserved for innity or Not a Number (a) What is the range and precision of a 32-bit integers? (b) What is the range and precision of a 32-bit fixed point floating numbers (16 bit integer part, 16 bit fraction part)? (c) What is the range and precison of a 32 bit IEEE 754 single precision floating mumber? d) Compare the range and precision of IEEE 754 floating numbers with fixed point floating numbers. Justify its superiority Consider a two's complement 32-bit binary sequence, which is able to represent positive, negative numbers and zeros. Every bit combination represents a nite and valid number Nothing is reserved for innity or Not a Number (a) What is the range and precision of a 32-bit integers? (b) What is the range and precision of a 32-bit fixed point floating numbers (16 bit integer part, 16 bit fraction part)? (c) What is the range and precison of a 32 bit IEEE 754 single precision floating mumber? d) Compare the range and precision of IEEE 754 floating numbers with fixed point floating numbers. Justify its superiorityStep by Step Solution
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