'Simplify 4' presentation slideshows

Zero and Negative Exponents

Zero and Negative Exponents. Lesson 8-1. Objectives: 1. to simplify expressions with zero and negative exponents 2. to evaluate exponential expressions. Use the definition of negative exponent. 1 3 2. =. Simplify. 1 9. =. = 1.

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Solve for m: 2m+10-5m=55

Solve for m: 2m+10-5m=55. -15. What is the GCF of 18 & 12. 6. Simplify: 4+6x3-8. 14. 8 sided polygon. Octagon. A radio cost $45 with a 15% sale, what is the final price?. $38.20. An equation, when graphed, is a straight line. Linear. Simplify 4(z - 5). 4z - 20. Compute:. 5.

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Simplifying Radicals

Simplifying Radicals. Section 10-2. Objectives . Simplify radicals involving products Simplify radicals involving quotients. Index = 2 if not specified otherwise. radicand. radical. Radical expressions. Contain a radical. Perfect squares.

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Simplifying Radicals

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Simplifying Radicals

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Solution to BOP:

Prentice Hall Lesson 11.1 How do you simplify a radical expression? What is the multiplication property of square roots? BOP:. Solution to BOP:. Possible Answer: The function is linear with a slope of -2 and y-intercept of 7.

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Math on the Mind: Multiplication

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Scientific Notation

Scientific Notation. If numbers are very large, like the mass of the Earth 5.900000000000000000000000 kg. Or very small like the mass of an electron : .000000000000000000000000000000911 kg. then standard decimal notation is very cumbersome, so we use scientific notation.

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Properties of Real Numbers

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