6. Register $9 contains the one's complement representation of an integer value. a) (5) Write down...

  

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6. Register $9 contains the one's complement representation of an integer value. a) (5) Write down a series of MIPS true-op assembly instructions that will place into register $10 the two's complement representation of this same value. b) (5) Write down a series of MIPS true-op assembly language instructions that place into register $10 the excess-16777216 representation of the two's complement value contained in register $11. c) (9) Assume that register $12 contains the excess-16777216 representation (excess-224) of some value. Write down a series of MIPS true-op assembly language instructions that place into register $f4 the 32-bit IEEE-754 single precision floating point representation of the same value. 6. Register $9 contains the one's complement representation of an integer value. a) (5) Write down a series of MIPS true-op assembly instructions that will place into register $10 the two's complement representation of this same value. b) (5) Write down a series of MIPS true-op assembly language instructions that place into register $10 the excess-16777216 representation of the two's complement value contained in register $11. c) (9) Assume that register $12 contains the excess-16777216 representation (excess-224) of some value. Write down a series of MIPS true-op assembly language instructions that place into register $f4 the 32-bit IEEE-754 single precision floating point representation of the same value.