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Stop Doing It Wrong: Simplify Expressions the Right Way with the Distributive Property! | 7.EE.A 1
Welcome to Simplifying Expressions using Distributive Property with Mrs. C.! If you need help understanding how to use the distributive property to simplify expressions, we're here to help you out! Whether you're just starting out, or...
Curated Video
Stop Doing It Wrong: Simplify Expressions the Right Way with the Distributive Property!1
Whether you're just starting out, or need a quick refresher, this is the video for you! Mrs. C will go through how use the distributive property to simplify expressions step-by-step.
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Top 3 Mistakes to Avoid When Simplifying Expressions using the Distributive Property
Whether you need a quick refresher or a step-by-step explanation on how to avoid making the the top 3 most common mistakes when simplifying expressions using the distributive property, then this video is for you! I will explain what the...
Curated Video
Simplify Expressions
The video βSimplify Expressionsβ introduces algebra tiles as a helpful tool for representing and simplifying algebraic expressions.
Curated Video
Using the Properties of Exponents to Simplify Expressions
This video lesson reviews the seven properties of exponents. Each of the properties is modeled to simplify expressions and student practice is embedded in the lesson. Applying more than one property to the simplifying of an expression is...
Brian McLogan
Master Simplifying expressions using all the rules of exponents
Master Simplifying expressions using all the rules of exponents
Curated Video
Combining Like Terms to Simplify Expressions
Whether you need a quick refresher or a step-by-step explanation on how to combine like terms to simplify an algebraic expression, this video is for you! I will explain what like terms are, and then show you how to identify like terms...
Brian McLogan
Simplify an expression
π Learn how to simplify rational powers using the power and the quotient rules. There are some laws of exponents which might come handy when simplifying expressions with exponents. Some of the laws include the quotient law which states...
Brian McLogan
Writing the reciprocal of a fraction to write an expression with a positive power
π Learn how to simplify expressions using the power rule and the negative exponent rule of exponents. When several terms of an expression is raised to an exponent outside the parenthesis, the exponent is distributed over the individual...
Brian McLogan
Simplify an expression with the rules of exponents
π Learn how to simplify expressions by multiplying its terms. When multiplying expressions, each individual term of the expression is multiplied to its like term and the exponents are evaluated using the product rule, the quotient rule...
Brian McLogan
Learn to multiply two rational expressions together
π Learn how to simplify expressions by multiplying its terms. When multiplying expressions, each individual term of the expression is multiplied to its like term and the exponents are evaluated using the product rule, the quotient rule...
Brian McLogan
Using the reciprocal of a fraction to rewrite an expression with a positive power
π Learn how to simplify expressions using the power rule and the negative exponent rule of exponents. When several terms of an expression is raised to an exponent outside the parenthesis, the exponent is distributed over the individual...
Brian McLogan
Multiplying two monomials then simplifying the product
π Learn how to simplify expressions by multiplying its terms. When multiplying expressions, each individual term of the expression is multiplied to its like term and the exponents are evaluated using the product rule, the quotient rule...
Brian McLogan
How to simplify an expression use the rules of exponents
π Learn how to simplify expressions using the quotient rule of exponents. The quotient rule of exponents states that the quotient of powers with a common base is equivalent to the power with the common base and an exponent which is the...
Brian McLogan
Dividing rational expressions
π Learn how to simplify expressions by dividing its terms. Remember that dividing a fraction is the same as multiplying by the reciprocal. When multiplying expressions, each individual term of the expression is multiplied to its like...
Brian McLogan
Learn how to divide two rational monomials and simplify
π Learn how to simplify expressions by dividing its terms. Remember that dividing a fraction is the same as multiplying by the reciprocal. When multiplying expressions, each individual term of the expression is multiplied to its like...
Brian McLogan
Using the rules of exponents to simplify an expression
π Learn how to simplify expressions using the quotient rule and the negative exponent rule of exponents. The quotient rule of exponents states that the quotient of powers with a common base is equivalent to the power with the common base...
Brian McLogan
Learn how to multiply rational expressions
π Learn how to simplify expressions by multiplying its terms. When multiplying expressions, each individual term of the expression is multiplied to its like term and the exponents are evaluated using the product rule, the quotient rule...
Brian McLogan
Dividing Rational Expressions
π Learn how to simplify expressions by dividing its terms. Remember that dividing a fraction is the same as multiplying by the reciprocal. When multiplying expressions, each individual term of the expression is multiplied to its like...
Brian McLogan
Master Simplifying expressions with negative exponents
Master Simplifying expressions with negative exponents
Brian McLogan
Simplify expressions subtracting and multiplying, (3 - 4 x 2)
π Learn how to simplify mathematics expressions. A mathematis expression is a finite combination of numbers and symbols formed following a set of operations or rules. To simplify a mathematics expression means to reduce the expression...
Brian McLogan
Simplify expressions using fundamental identities
π Learn how to simplify identities by factoring. Just like in normal algebraic expressions, trigonometric identities can be simplified by factoring out the GCFs from the terms of the identities, then common trigonometric identities like...