Answer:
def display_factors(num):
for counter in range(1, num+1):
if num % counter == 0:
print(counter)
int_num= int(input("Enter a number : "))
print("The factors for {} are : ".format(int_num))
display_factors(int_num)
Explanation:
The function display_factors is used to display all factors of a number entered by a user.
- In this for counter in range(1, num+1) the for loop is iterated until counter is greater to num is false. Counter variable starts from 1 and ends when it gets greater than the input number.
- if num % counter == 0: In this statement, each loop iteration, checks whether a number (num) is exactly divisible by counter. It is the condition for counter to be a factor of num.
- print(counter) This is used to display factors of an input number
- int_num= int(input("Enter a number : ")) This statement asks user to enter a number (int_num) which will be an integer.
- display_factors(int_num) This calls display_factors number to find the factors of an input number.
I'm pretty sure the answer is b
Answer:
Here is a UpdateTimeWindow() method with parameters timeStart, timeEnd, and offsetAmount
// the timeEnd and timeStart variables are passed by pointer
void UpdateTimeWindow(int* timeStart, int* timeEnd, int offsetAmount){
// this can also be written as *timeStart = *timeStart + offsetAmount;
*timeStart += offsetAmount; //adds value of offsetAmount to that of //timeStart
// this can also be written as *timeEnd = *timeEnd + offsetAmount;
*timeEnd += offsetAmount; } //adds value of offsetAmount to that of //timeEnd
Explanation:
The function has three int parameters timeStart, timeEnd, and offsetAmount.
First two parameters timeStart and End are passed by pointer. You can see the asterisk sign with them. Then in the body of the function there are two statements *timeStart += offsetAmount; and *End+= offsetAmount; in these statements the offsetAmount is added to the each of the two parameters timeStart and timeEnd.
Answer:
In the clarification section following, the definition including its query is mentioned.
Explanation:
- I believe we possess 2 other discs except for the major memory card-a USB 500 GB USB 3.0 drive, just one TB USB 2.0 drive. So we're making a two-array mirrored storage space resilience kit. We get a warning when we duplicate files from either the C: drive towards this second adaptation that you should be running out of places.
- That was because these need to have a backup process around each other discs throughout the situation of a two-way mirror.
- This serves to protect the organization from disc failure and enhances the overall efficiency of the device. Thus, even when copying, even though only several 100 MB has also been cut and pasted to something like the disc, the disc intercepts that the information collected from either the 500 GB drive as well as the major disc must be stored there. And that is how the alert arrives that throughout the new trip, we're running out of space. So this is how they so easily get the alarm.
