1. Using a table similar to that shown in class, Calculate the product of 62(base 8 multiplicand) 12(base 8 multiplier) in the conventional multiplying circuit (6 bits format).
Hint: change the numbers 6(3 bits) , 2 (3 bits) into binary an 1(3 bits) 2(3 bits) and then proceed as done in class.
2. Using a table similar to that shown in class, Calculate the 74 divided by 21 in the conventional division circuit (6 bits format). Proceed as done in class.
Please refer to the attachment for examples
A Multiply Algorithm Example Using a 4-bit numbers to save space, multiply 2ten x 3ten Answer Figure 3.6 shows the value of each register for each of the steps labeled according to Figure 3.4
Do you have a similar assignment and would want someone to complete it for you? Click on the ORDER NOW option to get instant services at essayloop.com