Answer:
5,10; 6,12; 7,14
Explanation:
We will demonstrate the iteration of the loop:
First iteration: Number = 7, Count = 5 at the beginning. We will check if Count <= Number? Since it is correct, prints 5,10. Increment the Count by 1.
Second iteration: Number = 7, Count = 6. We will check if Count <= Number? Since it is correct, prints 6,12. Increment the Count by 1.
Third iteration: Number = 7, Count = 7. We will check if Count <= Number? Since it is correct, prints 7,14. Increment the Count by 1.
Forth iteration: Number = 7, Count = 8. We will check if Count <= Number? Since it is not correct, the loop stops.
Answer:
Flight simulators provide a cost-effective way for pilots to practice both routine and rarely-used skills. With simulator training, you can refine your skills in a variety of different flight scenarios that can be tailored to your specific goals.
Explanation:
hope this helps <3
spec sheet is a document that summarizes the performance and other technical characteristics of a product, machine or component.
Answer:
Here is the constructor:
public Square(double s)
{ //constructor name is same as class name
sideLength = s; } //s copied into sideLength field
Explanation:
The above constructor is a parameterized constructor which takes a double type variable s as argument. The name of constructor is same as the name of class.This constructor requires one parameters. This means that all declarations of Square objects must pass one argument to the Square() constructor as constructor Square() is called based on the number and types of the arguments passed and the argument passed should be one and of type double.
Here is where the constructor fits:
public class Square {
private double sideLength;
public Square(double s)
{
sideLength = s; }
public double getArea() {
return sideLength * sideLength;}
public double getSideLength() {
return sideLength; } }
Following are the code that is written in c language
#include <stdio.h>
int main() // main function
{
int n1,t; // declaring variable
printf(" Enter an integer :");
scanf("%d",&n1); // taking input
while(n1>0) // iterating over the loop untill the value of n is greater then 0
{
t=n1%10;
printf("%d",t);
printf("\n");
n1=n1/10;
}
return 0;
}
Explanation:
we taking an integer value n1 and iterating over the loop untill n1>0
suppose n1=1234
then t=n%10;
means t=1234%10
as % holds reminder means t=4
then print the value of t means print 4
and n1 becomes 123 which is > 0 again condition is checking and same process is follow untill n1>0
output
Enter an integer: 5213
3
1
2
5
