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Q: To find a number close to the exact amount?
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What is is the number when multiplied by itself gives 9506?

To find that, you can just take the square root of the number. The exact answer comes out to be: 97.498717940288...


How I calculate the cube root of large numbers by short tricks?

You need to find the cube root of XTake any number (Y) and cube it.* ....If it is smaller than X, add 2 to Y and cube thatnumber. Repeat that process until you get a cube which is larger than X. Subtract 1 from the last number you cubed and cube that number. This will give you either the exact X you were looking for, or a very close number. * .... If it is larger than X, subtract 2 and cube that number. Repeat until you get a cube which is smaller than X. Add 1 the last number you cubed and cube that number. This will give you either the exact X you were looking for, or a very close number.If you get to "a very close number" then you are seeking a root which will be fractional, and you need to repeat the process above with decimal places.* .... if the cube root of 'the very close number' is Z, add .5 to Z and cube that, and continue fine-tuning the decimal places until you get so close as to make little difference to the result.


How many factors any number has limited or unlimited?

every number has a limited amount of factors those you could chose any number and find another with that number of factors


How do you represent the digits of a number using algebra?

If you mean the number of digits, this is roughly equivalent to the logarithm (base 10) of the number. However, it's a bit more tricky to find an exact expression. Rounding the logarithm up helps, but you will still be off by one, for exact powers of 10.


How is ordering fractions on a number line similar to and different from whole numbers on a number line?

The similarity is they both use the same strategy to find a answer and the difference is they are worth different amount