2024 QCE Maths Methods Paper 2 Mini Test 5

External Assessment Paper 1 β€” Technology-free

Number of marks: 9

Perusal time: 1 minute

Writing time: 15 minutes

Section 2

Instructions
β€’ Write using black or blue pen.
β€’ Questions worth more than one mark require mathematical reasoning and/or working to be shown to support answers.
β€’ If you need more space for a response, use the additional pages at the back of this book.
– On the additional pages, write the question number you are responding to.
– Cancel any incorrect response by ruling a single diagonal line through your work.
– Write the page number of your alternative/additional response, i.e. See page …
– If you do not do this, your original response will be marked.
β€’ This section has nine questions and is worth 45 marks.



QUESTION 1 (4 marks) [2024 Paper 1 Q16]

The graph is of the form \(y = \log_a (x + b)\). A point on the graph \((4, 3)\) is labelled. The line \(x = -4\) is an asymptote.

Graph of a logarithmic function y=log_a(x+b) with a vertical asymptote at x=-4. The graph passes through the point (4,3).

There is a point \(P(x_p, y_p)\) on the graph where \(y_p\) is twice the value of the \(y\)-intercept of the curve. Determine the value of \(x_p\).

QUESTION 2 (5 marks) [2024 Paper 1 Q18]

The diagram shows some dimensions of a large storage container that is a rectangular prism. The angle \(\angle ABC\) is \(60^\circ\).

A person requires a container that is at least 4 metres in height.

Diagram of a rectangular prism with some dimensions. A triangle ABC is highlighted. Side BC is 4m, a side perpendicular to BC is 3m. Angle ABC is 60 degrees.

Make a justified decision about whether this storage container meets the person’s requirements.

END OF PAPER

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