logo for solving-math-problems.com
leftimage for solving-math-problems.com

Exponent Rules
. . .
Distributive Property of Exponents




SBI! Case Studies
Exponent Rules - Distributive Property: - Introduction to Exponents : An exponent is a shorthand notation which tells how many times a number (or expression) is multiplied by itself.

For example, the number 2 raised to the 3rd power means that the number two is multiplied by itself three times:

exponent - 2 raised to the 3rd power - Math

base and exponent - Math

The two in the expression is called the base, and the 3 is called the exponent (or power).



Return to Exponents, Radicals, & Roots Page Return to Exponents, Radicals, & Roots Page Return to Exponents, Radicals, & Roots Page Return To "Exponents, Radicals, & Roots" click here




The Properties of Exponents of Real Numbers - click description
Why Use Exponents? - Math
Multiplying Exponents - Exponent Rules
Simplifying Radicals - Math Properties
Distributive Property of Exponents - Math
Negative Exponents - Exponent Rules
Zero Exponents - Exponent Rules
Exponent Videos & Free Resources - Math
Return to Top of Page Return To "Top of Page" click here Distributive Property of "Exponents" - -

Exponents: Distributive Property - How to Understand the Process Exponents:  Distributive Property - How to Understand the Process - Math Exponents: Distributive Property - General Rule Exponents:  Distributive Property - General Rule - Math



Exponents: Distributive Property - when each base is a number, and all exponents are integers Exponents:  Distributive Property - example when each base is a number, and all exponents are integers - Math

Exponents: Distributive Property - when each base is a variable, and all exponents are integers Exponents:  Distributive Property - example - when each base is a variable, and all exponents are integers - Math

Exponents: Distributive Property - when each base is a variable, and some exponents are positive fractions
Exponents:  Distributive Property - example - when each base is a variable, and some exponents are positive fractions - Math

Exponents: Distributive Property - when the each base is a variable, and some exponents are positive and negative fractions Exponents:  Distributive Property - example - when each base is a variable, and some exponents are positive and negative fractions - Math

Exponents: Distributive Property - when each base is a variable, and some exponents are positive decimals
Exponents:  Distributive Property - example - when each base is a variable, and some exponents are positive decimals - Math

Exponents: Distributive Property - when each base is a variable, and some exponents are positive and negative decimals
Exponents:  Distributive Property - example - when each base is a variable, and some exponents are positive and negative decimals - Math

Exponents: Distributive Property - when each base is a variable, and the expression within the brackets is a fraction
Exponent Division - when the base is a variable, and the exponents are algebraic expressions - Math

Exponents: Distributive Property - when each base is a variable, and exponents are algebraic expressions

Exponents:  Distributive Property - example - when each base is a variable, and exponents are algebraic expressions - Math

Exponents: Distributive Property - using a 0 (zero) exponent
Exponents:  Distributive Property - example - using a 0 (zero) exponent - Math

Exponents: Distributive Property - with a combination of bases and exponents
Exponents:  Distributive Property - example - using a combination of bases and exponents - Math



Return from Exponent "Rules" . . . Distributive Property . . ., to Exponents, Radicals, & Roots (a general listing of Exponent, Radical, & Root properties)

Return from Exponent Rules . . . Distributive Property . . ., to Solving Math Problems (home page)





Copyright © 2008-2013. All rights reserved. Solving-Math-Problems.com