# Dividing Exponents

#### Grade 6 Math Worksheets

**When dividing exponents, you can simplify the expression by subtracting the exponent of the denominator from the exponent of the numerator. It’s important to note that the base of the exponents must be the same to divide them. Another rule to remember is that the base of the exponents must be positive when dividing exponents.**

In this article, we will cover:

- Rules for Dividing Exponents
- Dividing Exponents with the Same Base
- FAQs

## Dividing Exponents - Grade 6 Math Worksheet PDF

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Dividing exponents can initially seem intimidating, but it’s a relatively simple concept once you understand the rules.

Dividing exponents is a relatively simple process, as long as you keep in mind the rules of subtraction of exponents and the bases of the exponents should be the same and positive. With practice, you’ll be able to divide exponents quickly and easily.

## Rules for Dividing Exponents

The rules for dividing exponents are:

1. The bases of the exponents in the numerator and denominator must be the same.

2. To divide the exponents, subtract the exponent of the denominator from the exponent of the numerator. For example, if you have x^4 / x^2, you can simplify it to x^4-2 = x^2.

3. The result of dividing exponents will always have a positive exponent.

4. When the exponents are the same, the result is always 1, for example, (x^3)/(x^3) = 1

5. The base of the exponents must be positive.

6. Dividing exponents with different bases is not a valid operation. The expression x^3/y^2 is equal to x^3/y^2 and cannot be simplified further.

It’s important to keep in mind that these rules only apply when the exponents have the same base.

Dividing exponents with different bases is not a valid operation, as the bases are not the same, and the division cannot be simplified. In other words, you cannot divide exponents with different bases like you would with exponents with the same base.

For example, if you have x^3 / y^2, you cannot divide them because the bases are different. The expression x^3/y^2 is equal to x^3/y^2 and cannot be simplified any further.

Also, you can’t combine the bases like (xy)^3 / (xy)^2, because it’s not mathematically correct.

It’s also important to note that when dividing exponents, you must be careful with the sign of the bases. If the base of the numerator is negative, the result will be different than if the base of the numerator is positive.

### Dividing Exponents with the Same Base

When dividing exponents with the same base, the process is relatively straightforward. To divide the exponents, simply subtract the exponent of the denominator from the exponent of the numerator. For example, if you have x^4 / x^2, you can simplify it to x^4-2 = x^2.

It’s important to keep in mind that when dividing exponents, the base must be the same in both the numerator and denominator. In this case, the base is x in both the numerator and denominator, so the division is valid.

It’s also worth noting that when dividing exponents with the same base, the exponent of the result will always be a positive number. This is because the exponent of the numerator is always greater than the exponent of the denominator when dividing exponents with the same base.

For example:

It’s also worth mentioning that when the exponents are the same, the result is always 1. For example, (x^3)/(x^3) = 1

**Divide expressions with coefficients:** As long as we work with the same base, it’s no problem if each expression has a different coefficient. Just divide the exponents as we normally would and divide the first coefficient by the second. Here’s how:

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### Dividing Negative Exponents

For exponents with the same base, we can subtract the exponents:

a-n / a-m = a-n-(-m) = am-n

**Example**:

2-3 / 2-5 = 25-3 = 22 = 2⋅2 = 4

To divide expressions with negative exponents, all we have to do is move the base to the other side of the fraction line. So, if we have 3-4 in the numerator of a fraction, we’ll have to move it to the denominator. Here are two examples:

**Example 1**:

**Example 2:**

In summary, dividing exponents with the same base is relatively straightforward, as long as you remember the rule of subtraction of exponents and the base of the exponents must be the same. With practice, you’ll be able to divide exponents quickly and easily.

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## Dividing Exponents FAQS

##### Can I divide exponents with different bases?

No, dividing exponents with different bases is not a valid operation. The bases must be the same in order to divide the exponents.

##### How do I divide exponents with the same base?

To divide exponents with the same base, subtract the exponent of the denominator from the exponent of the numerator. For example, if you have x^4 / x^2, you can simplify it to x^4-2 = x^2.

##### What is the result when the exponents are the same?

When the exponents are the same, the result is always 1, for example (x^3)/(x^3) = 1

**Gloria Mathew** writes on math topics for K-12. A trained writer and communicator, she makes math accessible and understandable to students at all levels. Her ability to explain complex math concepts with easy to understand examples helps students master math. LinkedIn

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