To check multiplication with division, you can divide the product of the multiplication by one of the original factors. If the result equals the other factor, then your multiplication is correct. For example, if you multiply 6 by 4 to get 24, you can check by dividing 24 by 6, which gives you 4, confirming the original multiplication. This method ensures that both operations are consistent with each other.
18
There is no real multiplucation fact answering to the number 1,024
multiplication is the Inverse operationof division so it could be used to check my work
You don't. You can check addition with subtraction or subtraction with addition, since subtraction is the opposite of addition. Similary, you can check division with multiplication, or vice versa.
To check a division answer, you can multiply the quotient by the divisor. If the product equals the original dividend, then the division answer is correct. For example, if you divided 20 by 4 and got 5, you would check by multiplying 5 (the quotient) by 4 (the divisor), which should give you back 20 (the dividend). If it does, your division is confirmed to be correct.
1. Which puzzle? 2. multiplucation, subtraction, addition and division
prouduct
The correct spelling is "multiplication."
45x1=459x5=45
a dude invented multiplication(i answered it HAPPY) =\
18
re-write eachof the followingnumbers 64
the name for the answer to a multiplication problem is called the product.
There is no real multiplucation fact answering to the number 1,024
multiplication is the Inverse operationof division so it could be used to check my work
You don't. You can check addition with subtraction or subtraction with addition, since subtraction is the opposite of addition. Similary, you can check division with multiplication, or vice versa.
To check the answer to a division question, multply the divisor (the number that is being divided into the dividend) and the quotient (the answer). If there is a remainder, add the remainder to the answer. If the number matches the dividend, your answer to the division problem is correct.