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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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In this example, the multiplication of two fourth-roots of numbers is shown and the reduction 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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Just a quick couple of examples, one explaining the relationship between squaring and square rooting and one that just shows how to multiply two radical expressions that need no reduction.
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Discusses the square root property, then encourages the viewer to write a list of perfect squares in the marginfor reference. Lasly, three examples are presented and solved.
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Shows that the division of sqaure roots is equivalent to the square root of a fraction, and then simplifies the fraction to complete the task.
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This shows how to simplify square roots in an additon problem so that hopefully you get like terms and con simplify further.
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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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It's just what the title says. We use opposite operations on one side to eliminate values that are with the variable and perform the same operations to the other side of the equals sign to keep…
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A brief description of the difference between rational and irrational numbers followed by examples of number in both categories.
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This discusses what rationals and irratioinals are, then goes on to demonstrate how to eliminate any radical number in the denominator.
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Demonstrates distribution when radicals are invovled.
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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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Demonstrations that emphasize the fact that a fraction bar acts like parentheses in that the each part of the fraction must be factored so that there is a product of factors on both top and bottomof…
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A demonstration of squaring a binomial with radical terms and then a second example showing how conjugate binomials can be multiplied.
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A qucikc look at a simple fourth root of a combined pair of them, numbers only.
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