Get 8 7 Radical Functions

Name Date Class LESSON 5-7 Practice B Radical Functions Graph each function and identify its domain and range. 1. f x x 4 2. f x 3 x 1 Domain Range Using the graph of f x 3. g x 4 x 8 x as a guide describe the transformation* 4. g x 3 x 2 Use the description to write the square root function g. 5. The parent function f x x is reflected across the y-axis vertically stretched by a factor of 7 and translated 3 units down* compressed horizontally by a factor of across the x-axis. and reflected Solve. 7. For a gas with density n measured in atoms per cubic centimeter the average distance d between atoms is given by d. The gas in a 4 n certain region of space has a density of just 10 atoms per cubic centimeter. Find the average distance between the atoms in that region of space. Original content Copyright by Holt McDougal* Additions and changes to the original content are the responsibility of the instructor. 1. f x x 4 2. f x 3 x 1 Domain Range Using the graph of f x 3. g x 4 x 8 x as a guide describe the transformation* 4. g x 3 x 2 Use the description to write the square root function g. 5. The parent function f x x is reflected across the y-axis vertically stretched by a factor of 7 and translated 3 units down* compressed horizontally by a factor of across the x-axis. g x 3 x 2 Use the description to write the square root function g. 5. The parent function f x x is reflected across the y-axis vertically stretched by a factor of 7 and translated 3 units down* compressed horizontally by a factor of across the x-axis. and reflected Solve. 7. For a gas with density n measured in atoms per cubic centimeter the average distance d between atoms is given by d. and reflected Solve. 7. For a gas with density n measured in atoms per cubic centimeter the average distance d between atoms is given by d. The gas in a 4 n certain region of space has a density of just 10 atoms per cubic centimeter. Find the average distance between the atoms in that region of space. The gas in a 4 n certain region of space has a density of just 10 atoms per cubic centimeter. Find the average distance between the atoms in that region of space. Original content Copyright by Holt McDougal* Additions and changes to the original content are the responsibility of the instructor. 1. f x x 4 2. f x 3 x 1 Domain Range Using the graph of f x 3. g x 4 x 8 x as a guide describe the transformation* 4. g x 3 x 2 Use the description to write the square root function g. 5. The parent function f x x is reflected across the y-axis vertically stretched by a factor of 7 and translated 3 units down* compressed horizontally by a factor of across the x-axis. and reflected Solve. 7. For a gas with density n measured in atoms per cubic centimeter the average distance d between atoms is given by d. g x 3 x 2 Use the description to write the square root function g. 5. The parent function f x x is reflected across the y-axis vertically stretched by a factor of 7 and translated 3 units down* compressed horizontally by a factor of across the x-axis. and reflected Solve. 7. For a gas with density n measured in atoms per cubic centimeter the average distance d between atoms is given by d. The gas in a 4 n certain region of space has a density of just 10 atoms per cubic centimeter. Find the average distance between the atoms in that region of space..