Answer:
The correct answer to the following question will be Error-detection.
Explanation:
Error-detection: The detection of errors caused during the transmission from the transmitter to the receiver by damage and other noises, known as Error-detection. This error-detection has the ability to resolute if something went wrong and if any error occurs in the program.
There are mainly three types of error-detection, these types can be followed:
- Automatic Repeat Request (ARQ)
- Forward Error Correction
- Hybrid Schemes
There are two methods for error-detection, such as:
- Single parity check
- Two-dimensional parity check
Answer:
It 5
Explain
number 28 is A and number 29 is 5
Answer:
21
Explanation:
The values of c that make it into the loop are 1, 4, 7.
The values that are added to sum are 3 higher, i.e., 4,7 and 10.
The sum of those is 21.
p.s. why did you not run the program yourself?
Answer:
list = {10, 18, 24, 75, 70, 20, 60, 35}
Explanation:
Selection is a sorting algorithm that will set a cursor position and search for a minimum number from the list. When the minimum number is found, that minimum number will be swapped with the number in the cursor position. Only one number will be swapped and sorted in one iteration of outer loop. To sort the next number in the following outer loop iteration, the cursor will be moved to the next position and repeat the same search and swapping process as in the first iteration. When finishing all the iterations of outer loop, all numbers shall be sorted in ascending order.
Answer:
When Scheme is a pure functional language, it cannot include the function DISPLAY. Since the pure functional languages will return the same value whenever the same expression is evaluated, and the DISPLAY would be the output and thus it cannot be part of the purely functional language. Thus in the pure functional language we can evaluate the expressions with the same arguments and it returns the same value since there is no state to change.
Explanation:
