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No.
Using the same principles as multiplying a negative whole number by a positive whole number, where the result would be a negative, the product of a (positive) fraction and a negative whole number would equal the product of the two, with the minus sign included. For example, 1/2 x -4 = -2. The same rule can be applied the other way around, multiplying a negative fraction by a positive number would produce the same result.
It is still an integer, which could be negative or positive.
You multiply the whole number as many times as the exponent is.
167 is a prime so the only two distinct positive whole numbers that multiply to 167 are 1 and 167. Their sum is 168.
In that case, the result will be smaller than your positive whole number.
No.
Using the same principles as multiplying a negative whole number by a positive whole number, where the result would be a negative, the product of a (positive) fraction and a negative whole number would equal the product of the two, with the minus sign included. For example, 1/2 x -4 = -2. The same rule can be applied the other way around, multiplying a negative fraction by a positive number would produce the same result.
That's the same as 6/7 times 35. To multiply a fraction by a whole number: multiply the numerator by the whole number, and put that into the numerator of the result. Keep the denominator as the denominator of the result.
It depends: If the whole number is positive then the result is less than the whole number, eg ½ × 2 = 1 < 2 If the whole number is negative then the result is greater than the whole number, eg ½ × -2 = -1 > -2
...but if you multiply a whole number by a half the result decreases. Half of anything is less than that thing!
To give a positive and whole number result, 335 can be divided by:1, 5, 67 and 335. These are known as the factorsof 335.However, if you do not need a positive and whole number result then you can divide 335 by any number whatsoever (excluding 0 and infinity).
It is still an integer, which could be negative or positive.
Divide 117 by 22 and multiply the result by 100
Divide your total by the number there were in the whole thing, then multiply that result by 100.
You multiply the whole number as many times as the exponent is.
167 is a prime so the only two distinct positive whole numbers that multiply to 167 are 1 and 167. Their sum is 168.