The easiest is to convert both mixed form numbers to improper fractions, do the subtraction (as normal1) and if the result is an improper fraction convert it to mixed form. 1 by converting the improper fractions to equivalent [improper] fractions with a common denominator and subtracting the resultant numerators.
Yes.
Written form means you have to write your answer in words, not numerals: ten, not 10.
7 divided by 8
yep
The easiest is to convert both mixed form numbers to improper fractions, do the subtraction (as normal1) and if the result is an improper fraction convert it to mixed form. 1 by converting the improper fractions to equivalent [improper] fractions with a common denominator and subtracting the resultant numerators.
Yes.
Fractions are form of a division problem and a quotient is an aswer to one. So a fractions mixed number is a quotient
Convert them to improper fractions and proceed the same way you would multiply two fractions.
In the context of multiplying fractions, the term "proper shape" refers to the format in which the fractions are written before performing the multiplication operation. When multiplying fractions, it is essential to ensure that the fractions are in their simplest form, with no mixed numbers or improper fractions. This simplifies the calculation process and allows for easier manipulation of the numerators and denominators during multiplication. Therefore, maintaining the fractions in fraction form ensures accuracy and efficiency in the multiplication process.
I think it 's fractions yea fractions
Written form means you have to write your answer in words, not numerals: ten, not 10.
7 divided by 8
yep
135 percent written as a mixed number in reduced form is 17/20
-7.09 is a decimal. Fractions are written in their simplest form. That would be -709/100
Some are and some are not.Decimal fractions which are neither terminating nor recurring represent irrational numbers.A fraction in the form of a ratio, in its simplest form, where either the numerator or the denominator is irrational (or both) are irrational.