Question: Please consider that ARM is the assembly language. NOT MIPS. 2. Consider a two's complement 32-bit binary sequence, which is able to represent positive, negative

 Please consider that ARM is the assembly language. NOT MIPS. 2.

Please consider that ARM is the assembly language. NOT MIPS.

2. 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

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