Nothing. Fractions don't have highest terms. Numbers don't stop, multiples don't stop.
If you are talking highest terms as the opposite of simplest form, it is impossible. There's an infinite number of ways to write a fraction, which means this cannot be done.
Fractions that have the same values when reduced to their lowest terms
the highest number that a numerator increased by its GCF
The terms "even" and "odd" are defined for integers, not for fractions.
Knowing the highest common factors of numbers helps to reduce fractions to their lowest terms Factoring helps to find the lowest common multiple of numbers which is useful when adding or subtracting fractions with different denominators.
If you are talking highest terms as the opposite of simplest form, it is impossible. There's an infinite number of ways to write a fraction, which means this cannot be done.
Fractions that have the same values when reduced to their lowest terms
the highest number that a numerator increased by its GCF
Yes, fractions can be ordered from lowest to highest. It's called "ascending order."
The terms "even" and "odd" are defined for integers, not for fractions.
Knowing the highest common factors of numbers helps to reduce fractions to their lowest terms Factoring helps to find the lowest common multiple of numbers which is useful when adding or subtracting fractions with different denominators.
Fractions with the highest boiling points leave the fractional distillation tower at the bottom. This is because the fractions are separated based on their boiling points, with the highest boiling point fractions condensing and collecting at the bottom of the tower.
It is already in lowest terms.
Equivalent fractions are fractions that are the same amount but they have different numbers.
Adding like terms can be like adding fractions. You can only add fractions with a common denomonator. You can only combine terms together if they are like. Think of like terms as denomonators. You can only add if they are like.
what does the word prp mean in fractions
degree is the power of variable.. in polynomial it is the highest power of the variable, in differential equations it is the highest derivative, etc..