Whether you multiply or divide by 0 the answer will always be 0.
You need two numbers to find a quotient.
A quotient is the answer to a multiplication problem. Therefore, just multiply the two numbers.
Pretend both the numbers are positive, find the quotient as normal and then make it negative.
That is called "division".
The quotient is the result of dividing two numbers. So if you need to find the quotient of 20 and 5, you would divide 20 by 5. That means that your answer (4) would be the quotient.
You need two numbers to find a quotient.
A quotient is the answer to a multiplication problem. Therefore, just multiply the two numbers.
The quotient of two numbers, X and Y, is X/Y.
Pretend both the numbers are positive, find the quotient as normal and then make it negative.
-- Add the two numbers. -- Divide their sum by 2 . -- The quotient is the mean of the two numbers.
That is called "division".
If the divisor and the dividend are positive then the quotient will be positive too.
The quotient is the result of dividing two numbers. So if you need to find the quotient of 20 and 5, you would divide 20 by 5. That means that your answer (4) would be the quotient.
If the numerator is 0 then, provided the denominator is not 0, the answer is always 0.
To find the quotient of two numbers when one is positive and the other is negative, divide the absolute values of the numbers as you normally would. The result will be negative since the quotient of a positive and a negative number is always negative. For example, if you divide 10 (positive) by -2 (negative), the quotient is -5.
Any positive number can be written as a quotient of two positive numbers or a quotient of two negative numbers. Any real number can be written as the quotient of two real numbers.
No, it is not necessary for both numbers to be integers for their quotient to be an integer. For example, if you divide a rational number by another rational number that shares a common factor, the result can still be an integer. For instance, ( \frac{4.0}{2.0} = 2 ), where both numbers are not integers but the quotient is an integer. However, if both numbers are integers, their quotient will also be an integer if the numerator is divisible by the denominator.