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Learn how to simplify radical expressions using product and quotient properties, ensuring the simplest form with no square factors or fractions. Practice examples included.
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WARM UP 4 SLOPE AND Y-INTERCEPT Find the slope and y-intercept. y = 5x + 6 y = -4x + 5 y – 8x = 2 2x + 3y = 6
WARM UP 3 SLOPE AND Y-INTERCEPT Find the slope and y-intercept. y = 5x + 6 y = -4x + 5 y – 8x = 2 2x + 3y = 6
WARM UP 2 SLOPE AND Y-INTERCEPT Find the slope and y-intercept. y = 5x + 6 y = -4x + 5 y – 8x = 2 2x + 3y = 6
WARM UP 1 SLOPE AND Y-INTERCEPT Find the slope and y-intercept. y = 5x + 6 y = -4x + 5 y – 8x = 2 2x + 3y = 6
WARM UP 0 SLOPE AND Y-INTERCEPT Find the slope and y-intercept. y = 5x + 6 y = -4x + 5 y – 8x = 2 2x + 3y = 6
9.3 Simplifying Radicals Goal Simplify radical expressions Key Words Radical Simplest form of a radical expression Product property of radicals Quotient property of radicals
9.3 Simplifying Radicals The simplest form of a radical expression is an expression that has no perfect square factors other than 1 in the radicand, no fractions in the radicand, and no radicals in the denominator of a fraction. Properties of radicals can be used to simplify expression that contain radicals.
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 1
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 2
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 3
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 4
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 5
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 4
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 4
9.3 Simplifying Radicals SIMPLIFY THE EXPRESSION Example 4