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Two examples of distributing radicals into a sum of other radicals and simplifying in the process.
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A quick distribution of a radical into the sum of two numerical terms, one whole and one radical as well.
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The combining of like factors from two radicals into one and then the simplification of the result.
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A short demonstration of multiplying and then reducing the result when presented with the product of two radical expressions.
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Demonstrates how to solve for a variable under the radical that needs to isolated first after entering the given value for the other variable in a formula.
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Describes how to approach solving a radical eqaution, then demonstrates the stepss needed. It finishes with a check of the answers, stressing that this is an essential step.
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Thisi shows how to break down a square root by dividing out perfect squares that can become whole numbers.
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This shows how to insert the given value into a given radical equation and solve for the other variable inside a square root.
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Two examples here of solving radical equations. Both have one radical that each need isotation before squaring both sides.. Emphasis is p laced on checking your answer because the one arrived at…
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Two examples that show different possible results from solving a radical equation. You must always check the answer to these.
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A qucik demo to get you started on solving radical equations
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This video shows how to multiplly the top and bottom of a square root of a fraction to get the result of a rational number in the denominator.
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A quick look at distributin a radical across a sum of a whole number and a different radical
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A qucikc look at a simple fourth root of a combined pair of them, numbers only.
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Multiplication of two radicals by pairing all numbers after prime factorization and taking half of all even exponents with variables as a base.
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Multiplying two radical expressions by showing the factorization of the numbers and using even exponents to remove variable factors.
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