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1. Multiply 35 and -9 using the long multiplication approach. Suppose the multiplicand and product register are of size 10 bits and the multiplier register is 5 bit.

1. Multiply 35 and -9 using the long multiplication approach. Suppose the multiplicand and product register are of size 10 bits and the multiplier register is 5 bit.

Systems Architecture
Systems Architecture
7th Edition
ISBN:9781305080195
Author:Stephen D. Burd
Publisher:Stephen D. Burd
Chapter3: Data Representation
Section: Chapter Questions
Problem 27VE: Data represented in ________ is transmitted accurately between computer equipment from different...
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1. Multiply 35 and -9 using the long multiplication approach. Suppose the multiplicand and product register are of size 10 bits and the multiplier register is 5 bit. 2. Multiply 5 and -9 using the optimized multiplication approach. Suppose the multiplicand register is 5 bit and the product register is of size 10 bits. 3. Write down the IEEE-754 floating point binary of the following numbers: a. 123.448 b. -45.325 c. 0.00005328 d. -0.0032447 4. Convert the following IEEE-754 floating point numbers into their respective decimal format: а. Ох12ABCС00 b. O×43EFDC01 c. OX9635AA00 5. Perform multiplication and addition between the given number pairs: a. 123.012 and 5.12 b. 13.352 and 4.5 c. 0.55 and 1.32 6. Write down the MIPS code of the following C code. Suppose, x,y and z are stored in $f0,$f1 and $f2 registers and p is stored in $1 register. (float) x = (float) y + (float) z - (int)p (int) p = (float)x + (float) z
Transcribed Image Text:1. Multiply 35 and -9 using the long multiplication approach. Suppose the multiplicand and product register are of size 10 bits and the multiplier register is 5 bit. 2. Multiply 5 and -9 using the optimized multiplication approach. Suppose the multiplicand register is 5 bit and the product register is of size 10 bits. 3. Write down the IEEE-754 floating point binary of the following numbers: a. 123.448 b. -45.325 c. 0.00005328 d. -0.0032447 4. Convert the following IEEE-754 floating point numbers into their respective decimal format: а. Ох12ABCС00 b. O×43EFDC01 c. OX9635AA00 5. Perform multiplication and addition between the given number pairs: a. 123.012 and 5.12 b. 13.352 and 4.5 c. 0.55 and 1.32 6. Write down the MIPS code of the following C code. Suppose, x,y and z are stored in $f0,$f1 and $f2 registers and p is stored in $1 register. (float) x = (float) y + (float) z - (int)p (int) p = (float)x + (float) z
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