What is 49 mod 42?




Here we will explain what 49 mod 42 means and show how to calculate it. 49 mod 42 is short for 49 modulo 42 and it can also be called 49 modulus 42.

Modulo is the operation of finding the Remainder when you divide two numbers. Therefore, when you ask "What is 49 mod 42?" you are asking "What is the Remainder when you divide 49 by 42?".

We will show you two methods of finding 49 mod 42 (49 modulo 42). To differentiate our methods, we will call them the "Modulo Method" and the "Modulus Method".


Before we continue, we remind you of what the different parts of a division problem are called so you can follow along: Dividend / Divisor = Quotient and in this case 49 is the Dividend, 42 is the Divisor, and the answer is called the Quotient.

Furthermore, the Quotient x.y has two parts: x to the left of the decimal point is the Whole part, and y to the right of the decimal point is the Fractional part.

Modulo Method
To find 49 mod 42 using the Modulo Method, we first divide the Dividend (49) by the Divisor (42).

Second, we multiply the Whole part of the Quotient in the previous step by the Divisor (42).

Then finally, we subtract the answer in the second step from the Dividend (49) to get the answer. Here is the math to illustrate how to get 49 mod 42 using our Modulo Method:

49 ÷ 42 ≈ 1.166667
1 × 42 = 42
49 - 42 = 7

Thus, the answer to "What is 49 mod 42?" is 7.


Modulus Method
To find 49 mod 42 using the Modulus Method, we first find the highest multiple of the Divisor (42) that is equal to or less than the Dividend (49).

Then, we subtract the highest Divisor multiple from the Dividend to get the answer to 49 modulus 42 (49 mod 42):

Multiples of 42 are 0, 42, 84, 126, etc. and the highest multiple of 42 equal to or less than 49 is 42. Therefore, to get the answer:

49 - 42 = 7

Thus, once again, the answer to "What is 49 mod 42?" is 7.


Modulo Calculator
Do you have another "mod" problem you need solved? If so, please enter it here.

mod


What is 49 mod 43?
Go here to get the Modulo for the next problem in our math solution book.




Copyright  |   Privacy Policy  |   Disclaimer  |   Contact