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Simplifying Radical Expressions  Problem 9
Alissa Fong
Alissa Fong
MA, Stanford University
Teaching in the San Francisco Bay Area
Alissa is currently a teacher in the San Francisco Bay Area and Brightstorm users love her clear, concise explanations of tough concepts
Any kind of root, or radical expression, can be written in exponential form by turning the root into a fractional exponent. The index becomes the bottom of the fractional exponent, and any exponent on the term inside the root (that is, any exponent on the radicand) becomes the top of the fractional exponent. Use exponent rules to simplify, if possible.
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Alissa Fong
M.A. in Secondary Mathematics, Stanford University
B.S., Stanford University
Alissa has a quirky sense of humor and a relatable personality that make it easy for students to pay attention and understand the material. She has all the math tips and tricks students are looking for.
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Simplifying Radical Expressions
Problem 1 14,626 viewsSimplify:
√120 
Simplifying Radical Expressions
Problem 2 2,163 views 
Simplifying Radical Expressions
Problem 3 984 views 
Simplifying Radical Expressions
Problem 4 1,227 views 
Simplifying Radical Expressions
Problem 5 1,036 views 
Simplifying Radical Expressions
Problem 6 818 views 
Simplifying Radical Expressions
Problem 7 709 views 
Simplifying Radical Expressions
Problem 8 863 views 
Simplifying Radical Expressions
Problem 9 787 views 
Simplifying Radical Expressions
Problem 10 832 views
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