15 ÷ 3 = 5 whole ones
Ther are: 42/6 = 7
Yes, if all of the whole numbers are positive ones.
Negative numbers can be whole but not all are. -3.1 is not a whole number but -3 is. Generally it's a whole number if it does not have a decimal and is not a fraction.a ya u a sayIMPROVEMENT:Negative numbers cannot be whole numbers , not at al .Whole numbers are those numbers that stasrt from 0(zero) and go upto infinity.They include all the positive numbers and not negative numbers.And yes they dont contain any decimal or fraction.
Suppose the fraction is x. Then the upside down fraction is 1/x (x cannot be 0 since in that case the upside down fraction is not defined).The two fractions are the same.Therefore x = 1/x.Multiplying both sides by x gives x^2 = 1And that only has the solutions x = 1 and x = -1.So, not including ones leave the fraction -1 (or in ratio form, -1/1).
The answer, in fraction form, could be expressed as 520/13.
40 of them.
40
8 to the whole
There are 24 eighths in 3 wholes because there are 8 eighths in one whole so if you multiply 8 by 3 you end up with 24 eighths.
56 of them because 56/8 = 7
There are eight 8ths in a whole one.Therefore: 8 x 7 = 56 eighths in 7 whole ones.
Well, honey, if you wanna get technical, there are 56 eighths in 7 whole ones. Just divide 7 by 1 and multiply by 8. But who's really counting? Just grab a pie and slice it up, no need for all this math mumbo jumbo.
In 5 wholes, there would be a total of 40 eighths, for 5(8) is 40.
40 eigths are in 5 wholes. eight eights equal one whole times 5 wholes equals 40 eights.
Oh, dude, like, there are 11 eighths in two and three quarters. You just take the two whole ones, which is 16 eighths, and then add the three-quarters, which is like 3 more eighths. Math, man, it's wild.
Three ones