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Observe the graph the function is \"\"

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Rewrite the function so that it is in the form \"\" by completing the square.

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\"\"

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\"\"

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\ \ Change the expression \"\" into a perfect square trinomial add \"\" to each side of the equation.

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\"\".

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\"\"

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\"\"

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\"\".

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(a) The parent function is \"\".

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The graph of \"\" is the graph of \"\"  translated \"\" units to the right, compressed vertically, reflected in the \"\"-axis, and translated \"\" units up.

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(b)

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The second golfer hits a similar shot \"\" feet farther down the fairway from the first player.

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Subtract an additional \"\" feet from inside squared expression.

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\"\"

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\"\".

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The function to describe the second golfers shot is \"\".

\

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(c) Graph the two functions \"\" and \"\" on same axes.

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\"\"

\

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(d) Plot the point on the graph, that is the paths of the two shots cross each other.

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\"\"

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Observe the graph:

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The shots will cross paths at a horizontal distance of \"\" feet and a vertical distance of  \"\" feet.

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(a) The graph of \"\" is the graph of \"\"  translated \"\" units to the right, compressed vertically, reflected in the \"\"-axis, and translated \"\" units up.

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(b) The function to describe the second golfers shot is \"\".

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(c) Graph:

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\"\"

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(d) The shots will cross paths at a horizontal distance of \"\" feet and a vertical distance of  \"\" feet.