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Q: How do you check for reasonableness within a multiplication problem?
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Related questions

Which operation should be used to check the answer to a division problem?

Multiplication


Why you can use multiplication to check a division problem?

multiplication is the Inverse operationof division so it could be used to check my work


When doing a math problem dividing how can you check your problem?

You can multiply the answer to see if it's right. same with multiplication, addition, and subtraction. Multiplication, you divide, to check addition, you subtract, and subtract, you add.


How can you check the product of a multiplication problem?

YoU CaN DiViDe. its called inverse opperation.


How can you use multiplication to check a division problem?

we can multiply the divisor & the quotient to find the dividend


How do you check a multiplication problem?

By dividing....example: 2 x 5 = 10 10 / 5 = 2


How does the inverse operation affect solving an equation?

It affects because if you want to solve a multiplication problem you can use it or also to check your division problem


How do you check multiplication using division?

You could divide the answer into the larger number of the problem. The answer should be the remaining number (multiplicand).


What type of numbers are used to check the reasonableness ofa quotient?

You use compatible numbers.


What is 16 over4?

16 / 4 is 4. Check this via multiplication! 4 x 4 gives back 16. If you know the multiplication table, you should know how to work out this problem.


Which of tg do you use to check if an answer is reasonable estimate or precision?

precision * * * * * For reasonableness you only use estimation.


How can you check an answer to a decimal multiplication problem?

You can check any multiplication problem by running it back as division. If A x B = C, then B = C/A and A = C/B but that seems like a lot of trouble. If you want to see if you have multiplied two numbers correctly, multiply them again. If the two products match, they're probably correct.