The inverse operation of division of integers is multiplication. When you divide one integer by another, you can reverse that operation by multiplying the quotient by the divisor to retrieve the original dividend. For example, if you divide 12 by 3 to get 4, you can multiply 4 by 3 to get back to 12.
In the first stage, the set of all integers needs an extension - to the set of rational numbers - to get closure for division (which is the inverse operation to multiplication).
"opposite" operation. The inverse of subtraction is addition; the inverse operation of multiplication is division.
division
Division
It is division
1. subtraction 2. all mathematical operations 3. multiplication 4.division has no inverse operation
In the first stage, the set of all integers needs an extension - to the set of rational numbers - to get closure for division (which is the inverse operation to multiplication).
In the first stage, the set of all integers needs an extension - to the set of rational numbers - to get closure for division (which is the inverse operation to multiplication).
"opposite" operation. The inverse of subtraction is addition; the inverse operation of multiplication is division.
division
Division
division
It is division
division
It is division
Addition is the inverse operation of subtraction and multiplication is the inverse operation of division. The word inverse means "opposite".
An inverse operation undoes the effect of another operation. For example, addition is the inverse operation of subtraction, and multiplication is the inverse operation of division. Applying an operation and its inverse leaves you with the original value.