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MATH 110 Review
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Jeopardy The Transform ers Odds & Evens Poly want a cracker Who let the quads out? The O’Poly Factor 100 200 300 400 500
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The transformers 100 The graph of y = f(x) is shown on the left. The graph on the right is a transformation of f(x) What is the formula for the graph on the right? Answer:
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The transformers 200 What is the equation that will vertically shrink the graph of by a factor of ½ and shifts the graph up 20 units? Answer:
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The transformers 300 If (4,-6) is a point on the graph of y = g(x), which of the following must be a point on the graph of y = g(2x)-1? Answer: (2,-7)
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The transformers 400 Given the tables for the function f(x) and w(x), find an equation for w(x) in terms of f(x). Answer: w(x) = f(x+2)
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The transformers 500 The graph on the right is the result of transforming the graph on the left. If the equation for the graph on the left is find the equation of remaining graphs shown.
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Odds and Evens 100 Which of the following function are neither even nor odd? Answer: only the (3) is neither odd nor even
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Odds and Evens 200 Complete the table of values below so that the function represented is an ODD function: Answer: The missing values in order are 0, 6, -9
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Odds and Evens 300 Complete the table of values below so that the function represented is an EVEN function: Answer: The missing values in order are 0, -6, 9
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Odds and Evens 400 Determine whether the function given below is even, odd, or neither Answer: Odd
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Odds and Evens 500 If y = f(x) is an even function, which types of transformations will result in a new function which is also even? Answer: vertical shifts up/down, vertical stretches/shrinks, and horizontal stretches/shrinks.
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Poly want a cracker 100 What is the degree and leading coefficient of the polynomial shown? Leading coefficient Degree
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Poly want a cracker 200 Which of the following could be the equation for the graph of the polynomial shown?
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Poly want a cracker 300 Consider the polynomial function shown below. Which of the following are true?
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Poly want a cracker 400
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Poly want a cracker 500 Which of the following could be the graph of a polynomial of odd degree?
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Who let the quads out? 100
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Who let the quads out? 200 Write in vertex form. Answer:
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Who let the quads out? 300
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Who let the quads out? 400
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Who let the quads out? 500
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The O’Poly Factor 100
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The O’Poly Factor 200
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The O’Poly Factor 300 Answer: b = 4
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The O’Poly Factor 400 Answer: 43
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The O’Poly Factor 500 Answer: 1
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