Unlocking the Power of Intel 8086 Assembly Programming: Summation and Average Calculation
How can we utilize Intel 8086 Assembly programming to calculate the summation and average of N numbers?
a) Reads N numbers as Strings and prints the summation and average
b) Reads N numbers as Integers and prints the summation and average
c) Reads N numbers as Strings and performs no calculation
d) None of the above
Answer:
The correct approach is: b) Reads N numbers as Integers and prints the summation and average
To leverage the capabilities of Intel 8086 Assembly programming in calculating the summation and average of N numbers, we need to read the input numbers as integers rather than strings. By converting the input directly into integer numbers, we can efficiently process the data and perform the necessary calculations with ease.
Firstly, we establish a loop in the Assembly program to iterate through each input number. Within this loop, we read each number as an integer, add it to a running total to compute the sum, and increment a counter to keep track of the total number of entries processed.
Once all N numbers have been processed, we divide the sum by N to calculate the average. This final step enables us to determine the average value of the input numbers effectively.
By following this approach, we can harness the potential of Intel 8086 Assembly programming to efficiently handle the task of calculating the summation and average of N numbers. This methodology ensures precision in computations and streamlines the overall process for optimal results.