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Multiplying Radical Expressions Rule: √ax √b = √ab You can only multiply radicals by other radicals √8•√3 8.√3 Both under the radical CAN multiply. Rule for multiplying 1. Multiply the coefficiants.. 2. Multiplying the radicans.. 13. Simplify. Not under the radical CANNOT multiply Examples √6•√a =√6=9 =√√54 =√2.3.3.3. = √3.3√2-3 = 3√6 radicals. Na √b = √ab the resulting radical. 4. Make sure to multiply any new whole numbers, that were extracted from the radical, to the coefficient. 3√2.5√6. J -305√/2.6 = 15√TZ =65-√2·2·3 =15•2√3 1=30√3: 1 more examples √5 160 A 1 2√3-√2 2√/3-√2-2√6 1 i 1 1 multipluing Radical Expressions- Continued I 2√3.3√15 5.60=55:2·2·3306-3-305 N5• √TD=5+2√3 2√3 13√6÷23:3√6 = 10/30=1875 11 1 * 1 1 L E 1 1 4 1
iOS User
Stefan S, iOS User
SuSSan, iOS User
Step by step directions with examples. Apologies if there are any errors
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This presentation features notes on Simplifying Radicals and is mainly made for Algebra I students.
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Factoring, GCF, Polynomials, Quadratics.
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Algebra 1 - unit 1 - covers: integer rules, order of operations, evaluating algerbraic expressions, simplifying algebraic expressions, and translating expressions.
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Multiplying Radical Expressions Rule: √ax √b = √ab You can only multiply radicals by other radicals √8•√3 8.√3 Both under the radical CAN multiply. Rule for multiplying 1. Multiply the coefficiants.. 2. Multiplying the radicans.. 13. Simplify. Not under the radical CANNOT multiply Examples √6•√a =√6=9 =√√54 =√2.3.3.3. = √3.3√2-3 = 3√6 radicals. Na √b = √ab the resulting radical. 4. Make sure to multiply any new whole numbers, that were extracted from the radical, to the coefficient. 3√2.5√6. J -305√/2.6 = 15√TZ =65-√2·2·3 =15•2√3 1=30√3: 1 more examples √5 160 A 1 2√3-√2 2√/3-√2-2√6 1 i 1 1 multipluing Radical Expressions- Continued I 2√3.3√15 5.60=55:2·2·3306-3-305 N5• √TD=5+2√3 2√3 13√6÷23:3√6 = 10/30=1875 11 1 * 1 1 L E 1 1 4 1
Multiplying Radical Expressions Rule: √ax √b = √ab You can only multiply radicals by other radicals √8•√3 8.√3 Both under the radical CAN multiply. Rule for multiplying 1. Multiply the coefficiants.. 2. Multiplying the radicans.. 13. Simplify. Not under the radical CANNOT multiply Examples √6•√a =√6=9 =√√54 =√2.3.3.3. = √3.3√2-3 = 3√6 radicals. Na √b = √ab the resulting radical. 4. Make sure to multiply any new whole numbers, that were extracted from the radical, to the coefficient. 3√2.5√6. J -305√/2.6 = 15√TZ =65-√2·2·3 =15•2√3 1=30√3: 1 more examples √5 160 A 1 2√3-√2 2√/3-√2-2√6 1 i 1 1 multipluing Radical Expressions- Continued I 2√3.3√15 5.60=55:2·2·3306-3-305 N5• √TD=5+2√3 2√3 13√6÷23:3√6 = 10/30=1875 11 1 * 1 1 L E 1 1 4 1
iOS User
Stefan S, iOS User
SuSSan, iOS User