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1) The floating point to be used in this problem is an 32-bit IEEE 754, (a) Show the representation of -13.00 and 112 (0.5) 13.00 0.50 (b) Perform Floating point addition of the two numbers show all steps, if you give result only or one step, grade 0) (c) Figure 2 represents the hardware for Floating Point addition. Assume that values of registers in each intermediate step (appeared in bold Italic) have been captured. Provide the binary value of each of these registers in the following table Exponent 1: Fraction 1: Fraction 2: Exponent 2 SmallALU Out: MUX1Out: Ctrl ShiftAmount: BigAlu In1: Big Alu In2: 1) The floating point to be used in this problem is an 32-bit IEEE 754, (a) Show the representation of -13.00 and 112 (0.5) 13.00 0.50 (b) Perform Floating point addition of the two numbers show all steps, if you give result only or one step, grade 0) (c) Figure 2 represents the hardware for Floating Point addition. Assume that values of registers in each intermediate step (appeared in bold Italic) have been captured. Provide the binary value of each of these registers in the following table Exponent 1: Fraction 1: Fraction 2: Exponent 2 SmallALU Out: MUX1Out: Ctrl ShiftAmount: BigAlu In1: Big Alu In2