QCE Mathematical Methods Unit 2 Practice questions

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7 Terms

1
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Determine the y-intercept of y = 3x

y-intercept = 1 [This is because x=0, and the index law states that any number to the power of zero equal 1]

2
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Hence or otherwise determine the y - intercept of y = 3x−3

y-intercept = -2

3
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Determine the horizontal asymptote of y = ​3x

y = 0 [This is because when x approaches infinity, the value of y approaches 0, indicating the horizontal asymptote.]

4
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Hence or otherwise determine the horizontal asymptote of y = 3x - 3

y = -3 [3x = 0 and 0 - 3 = -3]

5
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<p><span>This is a graph of y = 2<sup>x , </sup></span>How do we shift the graph of <span style="font-size: inherit"><em>y </em>= 2<em><sup>x</sup></em></span> to get the graph of <span style="font-size: inherit"><em>y </em>= 2<em><sup>x</sup></em>− 5</span>?</p>

This is a graph of y = 2x , How do we shift the graph of y = 2x to get the graph of y = 2x− 5?

Move the graph downwards by 5 units

6
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Consider the curve y = 4x − 5. Determine the y-intercept of the exponential curve.

y-intercept = -4 [4x = 1. 1 - 5 = -4]

7
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Consider a graph of y = 3x. How could the graph of y = 3x+1 be obtained from the graph of y=3x?

Through a vertical translation