Move the decimal point to the right, by as many digits as the exponent. Examples (using "^" for "power"):
5.3 times 10^3 = 5300 (note the implicit decimal point at the end)
1.2784 x 10^2 = 127.84
5 x 10^4 = 50000
etc. And for negative powers, move the decimal point to the left, for example:
5.3 x 10^(-3) = 0.0053
False.
Prime factorization is the finding which prime number multiply to get to make the original number. Factors of 46: 1, 2, 23, 46 Prime Factors 2, 23 2 x 23 = 46
its means the numbers that you multiply with to get a product has more than numbers to multiply THAT with than just that number and 1.
Never.
0.612
The product is not always greater than 1.
the more you multiply it the product becomes higher in math
To make the product equal to 3.2, multiply by one. To make the product greater or lesser than 3.2 multiply by a number greater or lesser than one, respectively.
I'm not sure what a "method" represents, unless you mean a strategy of finding a problem. A product is the answer to a multiplication problem.
Bigger than it
You move the decimal point to the left - by as many digits as the absolute value of the exponent, e.g., if the exponent is -5, you move the decimal digit 5 positions to the left.
The absolute value of the answer will be greater than the absolute value of the original.
The assertion in the question is simply not true.
Multiply the first term of the first factor to the first term of the second factor
the answer is 0.5
Any positive improper fraction.
False.