int x; //first number int y; //second number int z = x*y;
first we write start and then read number and after that check the number is totaly divide by 2 or not if number is totally divide by 2 then number is even else number is odd.
** pseudo code ** if array length == 1, return first element else if array length > 1 max = first element for second item to last item if item > max max = item return max else // array length is 0 error
Write a loop, in which you divide by each of the digits; if it's NOT divisible, set the variable "result", which you initiall set to "true", equal to "false". The tricky part is extracting the digits; one way to do this is to convert the number to a string, and use string functions. You can also repeatedly divide by 10, and use the remainder. That is, first take the remainder and test it; then divide the remaining number by 10.
A pair is said to be amecable when the sum of the factors of first number (excluding itself) is equal to the second number and vice-versa. Eg 220 & 284...
To determine if the first number is divisible by the second, you need to divide the first number by the second number. If the division result is a whole number without a remainder, then the first number is divisible by the second. For example, if the first number is 12 and the second number is 3, when you divide 12 by 3, the result is 4, which is a whole number, indicating that 12 is divisible by 3.
Divide the first number into the second number for the answer.
"Divide the first number by the second number." "Find the quotient when the first number is divided by the second number." "Separate the total into equal parts based on the second number."
int x; //first number int y; //second number int z = x*y;
1. (first number) + (second number) 2. Divide by 2
Enter the first number. Push the divide button. Enter the second number. Push the equals button.
IF they are integers, then the first number is a multiple of the second and the second is a factor of the first.
When the first number can divide the second without remainder. The formal definition would be as follows: For integers x and y, x is a factor of y if there exists an integer n such that y = n*x
The numerator which is the top number goes first and the denominator (bottom) goes second
Simply divide 34 by 4 and you get 8.5, which is the second number and the first number must be three times 8.5, which is 25.5
Divide the smaller number into the bigger one. If the result is an integer, the first number is a factor of the second one.
divide the first number by the second number. For example 3/4, you would divide 3 by 4 and get 0.75 then it would be 75%.