Consider a one-bit adder has two input lines a and b, and carryin line c. How can carryout be derived from lines a, b and c? What is the result of 10112×10012? Divide 10 by 3 using a 4-bit version of...

1. 
   

   Consider a one-bit adder has two input lines a and b, and carryin line c. How can carryout be derived from lines a, b and c?

   
   


2. 
   

   What is the result of 10112×10012?

   
   


3. 
   

   Divide 10 by 3 using a 4-bit version of algorithm.What is the initial values in Divisor and Remainder, respectively?

   
   


4. 
   

   In the binary division, initial cycle is followed by first iteration. What is the value of divisor and reminder, respectively, after the first iteration for the 4-bit version of dividing 0000 1100 by 0011?

   
   


5. 
   

   What is the decimal equivalent of the binary floating-pointnumber 1.0112?

   
   


6. 
   

   What is the decimal equivalent of the followingIEEE754single-precision floating-point representation?

   
   

0 1000001110000...00

7. 
   

   Identify the instructions, which stall instruction pipeline, in the following instruction segment. Identify the types of the hazards.

   
   

1: lw $t1, 0($t0)

2: lw $t2, 4($t0)

3: add $t3, $t1,$t2

4: sw $t3, 12($t0)

5: lw $t4, 8($t0)

6: add $t5, $t1,$t4

7: sw $t5, 16($t0)

CSCI 335 – Computer Architecture Assignment #3 1. Consider a one-bit adder has two input lines a and b, and carryin line c. How can carryout be derived from lines a, b and c? 2. What is the result of 10112×10012? 3. Divide 10 by 3 using a 4-bit version of algorithm. What is the initial values in Divisor and Remainder, respectively? 4. In the binary division, initial cycle is followed by first iteration. What is the value of divisor and reminder, respectively, after the first iteration for the 4-bit version of dividing 0000 1100 by 0011? 5. What is the decimal equivalent of the binary floating-point number 1.0112?  6. What is the decimal equivalent of the following IEEE 754 single-precision floating-point representation? 0 1000 0011 10000...00 7. Identify the instructions, which stall instruction pipeline, in the following instruction segment. Identify the types of the hazards.      1: lw    $t1, 0($t0)      2: lw    $t2, 4($t0)       3: add   $t3, $t1,$t2      4: sw    $t3, 12($t0)      5: lw    $t4, 8($t0)      6: add   $t5, $t1,$t4      7: sw    $t5, 16($t0)