Application software developed by the user or at the user’s request is called ___

Does anybody play nitro type

vlabodo [156]

Answer: Nah

Explanation: it kinda sucks and is a waste of time, play better games lol

3 0

3 years ago

Read 2 more answers

75,15,25,5,15 what's next

Fittoniya [83]

Answer:

3

Explanation:

The sequence seems to follow a 2-step pattern.

1)Divide the first number by 5 to get the second number.

2)Add 10 to the second number to get the third number.

75/5 = 15

15 + 10 = 25

25/5 = 5

5 + 10 = 15

---> 15/5 = [3] (Answer)

3 0

3 years ago

If an if- else statement is true, it will include which kinds of results?

Salsk061 [2.6K]

In an if...else statement, if the code in the parenthesis of the if statement is true, the code inside its brackets is executed. But if the statement inside the parenthesis is false, all the code within the else statement's brackets is executed instead.

Of course, the example above isn't very useful in this case because true always evaluates to true. Here's another that's a bit more practical:

#include <stdio.h>

int main(void) {

int n = 2;

if(n == 3) { // comparing n with 3 printf("Statement is True!\n");

}

else { // if the first condition is not true, come to this block of code

printf("Statement is False!\n"); } return 0;

}

Output:

Statement is False!

5 0

3 years ago

Write a program that allows the user to enter a start time and a future time. Include a function named compute Difference that t

Aleonysh [2.5K]

Step 1

Following is the c++ program:

Variables used:

startHours, startMins are used to store the starting time of time machine.

futureHours, futureMins are used to store the future time of time machine.

xAM variable is used to store meridiem of start and future time.

isSAM is boolean variable that is true if starting time is AM.

isFAM is boolean variable that is true if future time is AM.

Functions:

main() is used to call computeDifference() function that will calculate the difference between the start and future time.

computeDifference() takes as input six variables from the user and then apply the following logic to compute the difference between the start and future time:

If Meridien of both start and future time are the same, then simply subtract the start time from the future time.

Difference = future minutes – start minutes

If Meridien of both start and future time are different, then apply the following formula to calculate difference:

Difference = (12 * 60 – start minutes) + future minutes

Step 2

Program :

#include <iostream> //header file for input and output

using namespace std;

//calculate the time difference(in minutes) between start time and future time.

int computeDifference(int startHours, int startMins, bool isSAM, int futureHours, int futureMins, bool isFAM) {

int difference = 0; //to store difference

startMins = startHours * 60 + startMins; //converting in minutes.

futureMins = futureHours * 60 + futureMins; //converting in minutes.

//applying formula for difference.

if (isSAM == isFAM) {

difference = futureMins - startMins;

} else if (isSAM == true && isFAM == false) {

difference = (12 * 60 - startMins) + futureMins;

}

int main() {

int startHours, startMins; //it will store start time

int futureHours, futureMins; //it will store future time.

string xAM; //it will store meridiem.

bool isSAM; //it will be true if start time is AM.

bool isFAM; //it will be true if future time is in AM.

int difference = 0; //it will store difference.

cout << "Enter start time of time machine as 'HH MM AM/PM': "; //take input from

7 0

3 years ago

Prompt the user to enter four numbers, each corresponding to a person's weight in pounds. Store all weights in a list. Output th

Lesechka [4]

Answer:

# FIXME (1): Prompt for four weights. Add all weights to a list. Output list.

weight_one=float(input('Enter weight 1:\n'))

weight_two=float(input('Enter weight 2:\n'))

weight_three=float(input('Enter weight 3:\n'))

weight_four=float(input('Enter weight 4:\n'))

weights=[weight_one,weight_two,weight_three,weight_four]

print(weights)

# FIXME (2): Output average of weights.

average_weight=(weight_one + weight_two + weight_three + weight_four) / 4

print('Average weight:', "%.2f" % average_weight)

# FIXME (3): Output max weight from list.

weights.sort()

max_weight= weights[3]

print('Max weight:', "%.2f" % max_weight)

# FIXME (4): Prompt the user for a list index and output that weight in pounds and kilograms.

Application software developed by the user or at the user’s request is called ____ software.