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When both factors in a multiplication problem are rounded up to estimate the product the estimate is an?
when both factors in a multiplication problem are rounded up to estimate the product, the estimate is an overestimate.
What is the estimate when both factors in a multiplication problem are rounded up to estimate the product?
That's an overestimate.
When both factors in a multiplication problem are rounded up to estimate the product te estimate is an?
overestimate
What is it called when both factors in a multiplication problem are rounded up to estimate the product?
You would call that an estimate, or overestimate.
When you round both factors in a multiplication problem up how does your estimate compare to a greater number?
When you round both factors in a multiplication problem up, your estimate will be greater than the actual product.
When both factor in a multiplication problem are rounded up estimate the product the estimate is an?
The answer would be an overestimate.
How many factors are in the multiplication sentence 9x436?
9 and 436 are both factors of 3924; there are two factors in that sentence.
What is the name for the numbers being multiplied in multiplication problem?
They used to be called the 'multiplicand' and the 'multiplier'. But the order has no effect on the answer, and I think now they're both called simply 'factors'.
Do you use factors for multiplication?
Yes, factors are fundamental in multiplication as they represent the numbers being multiplied together. For example, in the multiplication equation 3 x 4, both 3 and 4 are factors. Understanding factors helps simplify multiplication problems and is essential for concepts like prime factorization and finding least common multiples.
What property is illustrated by this problem 7x8 equals 8x7?
The Abelian or commutative property of the multiplication of numbers. It is important that both "multiplication" and "numbers" feature in the answer. Because, it is applicable to multiplication but not, for example, for division. It is applicable for the multiplication on numbers but not matrices.
You can change the order of the factors of multiplication problem without affecting the product by using?
For two factors, this is the commutative property. For more than two problems, if you change the factors using any arbitrary order, this usually implicitly involves using both the commutative and the associative properties.
What multiplication problem answer does 12 and 10 have in common?
12 times 10. The answer is 120 in both cases.
