Answer:
C code is given below
Explanation:
// Define a function UpdateTimeWindow() with parameters timeStart, timeEnd, and offSetAmount. Each parameter is of type int. The function adds offSetAmount to each of the first two parameters. Make the first two parameters pass-by-pointer. Sample output for the given program:
#include <stdio.h>
// Define void UpdateTimeWindow(...)
void UpdateTimeWindow(int*timeStart, int* timeEnd, int offSetAmount){
*timeStart = *timeStart+ offSetAmount;
*timeEnd = *timeEnd+ offSetAmount;
}
int main(void) {
int timeStart = 0;
int timeEnd = 0;
int offsetAmount = 0;
timeStart = 3;
timeEnd = 7;
offsetAmount = 2;
printf("timeStart = %d, timeEnd = %d\n", timeStart, timeEnd);
UpdateTimeWindow(&timeStart, &timeEnd, offsetAmount);
printf("timeStart = %d, timeEnd = %d\n", timeStart, timeEnd);
return 0;
}
Answer:
they both do the same thing
Explanation:
Answer:
The program in Python is as follows:
num = int(input())
numList = []
for i in range(num+1):
numInput = int(input())
numList.append(numInput)
for i in range(len(numList)-1):
if numList[i] <= numList[-1]:
print(numList[i],end=" ")
Explanation:
This gets input for the number of integers
num = int(input())
This initializes an empty list
numList = []
This iterates through the number of integers and gets input for each
for i in range(num+1):
numInput = int(input())
The inputs including the threshold are appended to the list
numList.append(numInput)
This iterates through the list
for i in range(len(numList)-1):
All inputs less than or equal to the threshold are printed
if numList[i] <= numList[-1]:
print(numList[i],end=" ")
<span>When it comes to linear programming, the solution which would be effective in satisfying all constraints in the given program in a simultaneous matter is called that of feasible programming. This is due to the fact that the program can satisfy all requirements at the same time.</span>
