Whether you’re a beginner or an experienced math student, it’s important to understand what laws and examples mean. Understanding how to apply laws will help you understand how to solve a wide variety of problems. In this article, we’ll look at the laws of exponents and commutative law.

## Commutative law

The commutative property of addition means that changing the order of addends does not affect the value of the sum. It is the same for both addition and multiplication.

The commutative property is often related to symmetry. When the commutative property of addition is used, it can be used to swap -14.5 and 24.5. Similarly, when the commutative property of multiplication is used, it can be used to replace 6×84 with 6×80.

The associative property is closely related to the commutative property. It is also known as the distributive property. It states that when a number is multiplied, the terms in parentheses should be multiplied with the terms outside of the parentheses. It is very useful when solving complex equations.

The commutative property does not apply to the subtraction property. However, it does not apply to division. In addition, the commutative property does not hold when adding or subtracting three numbers.

The commutative property is also closely related to the associative property. The associative property states that a sum of different sets of numbers remains the same even if the groups of symbols are moved around.

The associative property is applied to multiplication, addition, and subtraction. The commutative property applies to addition and multiplication, but not to subtraction.

## Exponent rules

Using the laws of exponents you can easily perform many arithmetic operations. They are also useful for scientific problems. Whether you are studying algebra or chemistry, knowing the basic rules of exponents is essential.

These rules are also called properties of exponents. They are used to simplify complex multiplication expressions. They also help students to calculate practical problems.

The base number is the number to the right of the exponent. Usually, the exponent is written in a smaller font. Exponents are used to solving problems in algebra, geometry, physics, and chemistry. It is important to learn the exponent rules, as they can make algebra much easier.

The zero exponent rule is an algebraic rule that simplifies exponents. It is used to multiply expressions with the same base. It is also used to simplify expressions with complex powers.

The product rule of exponents is an algebraic rule that adds or subtracts expressions with the same base. It is similar to the distributive property in mathematics. The base of an exponential expression must be non-zero. It is also useful in dividing expressions with the same base.

The quotient rule of exponents is an algebraic law that raises a variable by a power. This rule is the opposite of the product rule of exponents. When an exponent is raised by power, it leaves the base unchanged.

## To ensure equality

Whether you agree with the theory or not, equality before the law is an important part of our American system of government. It protects us against discrimination and enables us to fight for equal opportunity.

Laws can be categorized into three main categories. First, laws are designed to maintain order in society. They also prevent wealthy individuals from controlling essential resources. Moreover, laws are used to prevent tyranny and oppression.

The second type of law is the one that prevents discrimination. For instance, laws that prohibit people with disabilities from working would constitute discrimination. Similarly, laws that prohibit women from having children would violate the right to equality.

## Conclusion

The third type of law is the one that provides equal opportunity. It is not enough to say that people are equal; we must ensure that they are.