You divide the equivalent positive numbers. Then you add a negative sign to the result.
All fractions are rational numbers because irrational numbers can't be expressed as fractions
Divide as you would divide positive fractions. That is, convert both fractions to positive, then do the division. After that, apply the rules for dividing positive and negative numbers. For example, if one of the fractions is positive and the other negative, the answer will be negative.
The same way you calculate averages with whole numbers: Add up all the fractions and divide by the number of fractions there are.
switch numbers and multiply you should know that
The easiest way is to take a calculator, and divide the numerator by the denominator. If you are not supposed to use a calculator, divide the numerator by the denominator on paper.
no
You divide the equivalent positive numbers. Then you add a negative sign to the result.
Divide the numerator by the denominator.
I honestly do not know.
Same as for other numbers. You sum them together and divide the result by the number of fractions.Same as for other numbers. You sum them together and divide the result by the number of fractions.Same as for other numbers. You sum them together and divide the result by the number of fractions.Same as for other numbers. You sum them together and divide the result by the number of fractions.
All fractions are rational numbers because irrational numbers can't be expressed as fractions
Umm you divide...
you cant divide mixed numbers
Divide as you would divide positive fractions. That is, convert both fractions to positive, then do the division. After that, apply the rules for dividing positive and negative numbers. For example, if one of the fractions is positive and the other negative, the answer will be negative.
The same way that you calculate the average for any other numbers. Sum the fractions and divide the total by the number of fractions.
The same way you calculate averages with whole numbers: Add up all the fractions and divide by the number of fractions there are.