To round 6.59 to the nearest whole number, you look at the digit immediately to the right of the decimal point, which is 5. Since 5 is equal to or greater than 5, you round the whole number up by 1. Therefore, 6.59 rounded to the nearest whole number is 7.
82.375
65.9
It could be: 6*(4+659)
It is prime, it has no factors.
To calculate 234 out of 659 as a percentage, you would divide 234 by 659 and then multiply by 100. This gives you approximately 35.51%. This means that 234 is 35.51% of 659.
82.375
Well, let's take a moment to appreciate the number 659. When we round it off to the nearest ten, we look at the digit in the tens place, which is 5. Since 5 is halfway between 0 and 10, we round up to the next ten, making it 660. Just like adding a happy little tree to complete a painting, rounding off numbers can give us a clearer picture.
700
700
Additive opposite = -659 Multiplicative opposite = 1/659 = 0.001517 (approx)
Infinitely many Numbers. EDIT: Every number below 659 will be smaller than 659.
No. The quotient of 659 and 9 is not a whole number.
65.9
Simply to look at the number and ask "what is the nearest 1000", or, "what is the nearest whole number? etc" Or follow the rules: Basically divide by (say,) 1000) add 1 if the decimal part is 0,5 or greater, and discard the decimal bit ("rounding"), and multiply back by the original divisor. So for example 658879 -> 658.879 -> 659 -> 659000 has been "rounded to the nearest 1000". Quite often people want to round to the nearest whole number, which simply means ignore the decimal bit if less than 0.5 , or add 1 unit if greater than 0.5 the throw away the decimal bits, for example 34.6 -> 35 . That's actually the same route as the first example, but of course multiplying by 1 first etc is a waste of time.
Yes. It has no factors.
200
It could be: 6*(4+659)