Monthly Test - Set 10 (October) Quiz

Mathematics

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Monthly Test - Set 10 (October)

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Identify the opposite side, adjacent side and hypotenuse for angle \(\angle FEG\) for the following right angled-triangle.

(A)		Opposite side: \(EF\) Adjacent side: \(EG\) Hypotenuse: \(FG\)

(B)		Opposite side: \(EF\) Adjacent side: \(FG\) Hypotenuse: \(EG\)

(C)		Opposite side: \(FG\) Adjacent side: \(EG\) Hypotenuse: \(EF\)

(D)		Opposite side: \(FG\) Adjacent side: \(EF\) Hypotenuse: \(EG\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Determine \(\text{sin }x\) and \(\text{cos }y.\)

(A)		\(\text{sin }x=\dfrac{EF}{DF}, \text{cos }y=\dfrac{EF}{DE}\)

(B)		\(\text{sin }x=\dfrac{DF}{EF}, \text{cos }y=\dfrac{EF}{DE}\)

(C)		\(\text{sin }x\text{ and cos }y=\dfrac{EF}{DF}\)

(D)		\(\text{sin }x\text{ and cos }y=\dfrac{EF}{DE}\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Determine \(\text{sin }x\) and \(\text{tan }y.\)

(A)		\(\text{sin }x=\dfrac{KL}{KM}, \space \text{tan }y=\dfrac{LM}{KL}\)

(B)		\(\text{sin }x=\dfrac{KL}{KM}, \space \text{tan }y=\dfrac{LM}{KM}\)

(C)		\(\text{sin }x=\dfrac{KL}{LM}, \space \text{tan }y=\dfrac{LM}{KL}\)

(D)		\(\text{sin }x=\dfrac{KM}{KL}, \space \text{tan }y=\dfrac{LM}{KL}\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Determine \(\text{cos }x\) and \(\text{tan }y.\)

(A)		\(\text{cos }x=\dfrac{QS}{PQ},\space \text{tan }y=\dfrac{QS}{QR}\)

(B)		\(\text{cos }x=\dfrac{QS}{PQ},\space \text{tan }y=\dfrac{QS}{SR}\)

(C)		\(\text{cos }x=\dfrac{PS}{PQ},\space \text{tan }y=\dfrac{QS}{QR}\)

(D)		\(\text{cos }x=\dfrac{PS}{PQ},\space \text{tan }y=\dfrac{QS}{SR}\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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The diagram shows a right-angled triangle.

Determine the ratio of \(\text{sin}\) for angle \(x.\)

(A)		\(\dfrac{3}{4}\)

(B)		\(\dfrac{3}{5}\)

(C)		\(\dfrac{4}{5}\)

(D)		\(\dfrac{4}{3}\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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"The angles in the circumference of a circle enclosed by the same arc are equal."

Determine whether the statement is true or false.

Time limit: 00:01:00

True
False

Difficulty Level: Easy

Monthly Test - Set 10 (October)

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The diagram shows a semicircle \( RST\) with centre \(O.\)

(A)		\(90^\circ\)

(B)		\(45^\circ\)

(C)		\(32^\circ\)

(D)		\(58^\circ\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Calculate the value of \(z.\)

(A)		\(45^\circ\)

(B)		\(25^\circ\)

(C)		\(5^\circ\)

(D)		\(55^\circ\)

Time limit: 00:01:00

Difficulty Level: Easy

Monthly Test - Set 10 (October)

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The diagram shows a circle.

Find the value of \(x.\)

(A)		\(7\text{ cm}\)

(B)		\(3.5\text{ cm}\)

(C)		\(14\text{ cm}\)

(D)		\(21\text{ cm}\)

Time limit: 00:01:00

Difficulty Level: Easy

Monthly Test - Set 10 (October)

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Determine whether the angle given is true or false.

The value of \(m\) is \(54^\circ.\)

Time limit: 00:01:00

True
False

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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The diagram shows a composite solid consists of two cuboid and a triangular prism.

Which of the following is the correct front elevation view?

(A)

(B)

(C)

(D)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Determine the horizontal plane for the following diagram.

(A)		\(BCEF\)

(B)		\(ABCD\)

(C)		\(ADEF\)

(D)		\(ABF\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Determine the vertical planes of the diagram.

(A)		\(ABF\text{ and } CDE\)

(B)		\(BCEF\text{ and } ADEF\)

(C)		\(ABF\)

(D)		\( CDE\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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The diagram shows a cube.

\(ABCD\) and \(EFGH\) are the horizontal plane.

What is the vertical planes of the cube?

(A)		\(ABEF,BCFG,CDGH\)

(B)		\(ABEF,BCFG,ADEH\)

(C)		\(ABEF,BCFG,CDGH,ADEH\)

(D)		\(ABCD,BCFG,CDGH,ADEH\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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The diagram shows a cube.

State the normal to the plane \(PQRS.\)

(A)		\(UP,WR,VQ,TS\)

(B)		\(UP,VQ,WR,TS\)

(C)		\(UP,VQ,TS,WR\)

(D)		\(UP,WR,TS,VQ\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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The diagram shows a right prism with the rectangle base \(ABCD. \)

\(M \) and \( N\) are the midpoint of \(AB\) and \(CD\) respectively.

Given \(FG = EH = DN = NC = AM = MB.\)

State the normal of the plane \(ADEF.\)

(A)		\(BA, CD, GF, HE\)

(B)		\(BA, CD, HE,GF, \)

(C)		\(BA, GF, HE,CD\)

(D)		\(BA, HE,CD, GF\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Determine whether the stated normal is true or false.

The normal of plane \(ABCD\) is \(AE, BF, CG,DH.\)

Time limit: 00:01:00

True
False

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Which of the following is the orthogonal projection of the prism onto a vertical plane?

(A)

(B)

(C)

(D)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Identify whether the projection given is the orthogonal projection of the solid.

Time limit: 00:01:00

Yes
Tidak

Difficulty Level: Easy

Monthly Test - Set 10 (October)

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The diagram shows a cuboid.

State the normals for the \(ABGF\) plane.

(A)		\(DA, CB, HG, EF\)

(B)		\(FA, GB, HC, ED \)

(C)		\(DA, CB, HF, EG\)

(D)		\(BA, CD, HE, GF\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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"A normal to a plane is a line that is parallel to any line on the plane."

Determine the statement is true or false.

Time limit: 00:01:00

True
False

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Draw the orthogonal projections onto the given planes for the following cylinder.

(A)

(B)

(C)

(D)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Fill in the blanks with the correct answer.

The top view of an orthogonal projection on a \(\underline{\hspace{2cm}}\) plane is known as a \(\underline{\hspace{2cm}}.\)

Time limit: 00:01:00

horizontal, plan
horizontal, front plan
vertical, plan
vertical, back plan

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Fill in the blank with the correct answer.

A \(\underline{\hspace{2cm}}\) is the flat surface of an object.

There are three types of planes which are \(\underline{\hspace{2cm}},\underline{\hspace{2cm}}\) and inclined plane.

Time limit: 00:01:00

plan, horizontal, vertical
plane, horizontal, vertical
plane, horizontal, inclined
plan, horizontal,inclined

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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The diagram shows a plan of a composite solid.

Which of the following is the composite solid of the plan?

(A)

(B)

(C)

(D)

Time limit: 00:01:00

Difficulty Level: Easy

Monthly Test - Set 10 (October)

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The diagram shows \(ABCD\) is a plane.

Determine the normal of the \(ABCD\) plane.

(A)		\(PR\)

(B)		\(PQ\)

(C)		\(QR\)

(D)		\(PQR\)

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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Based on the diagram, which of the following is not true?

(A)		\(PQ\) is perpendicular to the line \(RQ\)

(B)		The normal is the line \(PQ\)

(C)		\(ABCD\) is the horizontal plane

(D)		The normal is the line \(PR\)

Time limit: 00:01:00

Difficulty Level: Hard

Monthly Test - Set 10 (October)

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The line \(PR\) and \(QS \) are normal to the plane \(ABCD. \)

\(RS\) is an orthogonal projection for the line \(PQ\) at the plane \(ABCD.\)

What do you understand about orthogonal projection?

(A)		The image formed on a plane when the lines are perpendicular to the plane

(B)		The image formed on a plane when the lines are parallel to the plane

(C)		The image that is same with the normal

(D)		The image from the above

Time limit: 00:01:00

Difficulty Level: Medium

Monthly Test - Set 10 (October)

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The diagram shows an orthogonal projection at the vertical plane.

Determine whether the projection produced is an orthogonal projection or not.

Time limit: 00:01:00

Difficulty Level: Easy

Monthly Test - Set 10 (October)

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The diagram shows an orthogonal projection at the vertical plane.

Determine whether the projection produced is an orthogonal projection or not.

Time limit: 00:01:00

Difficulty Level: Medium

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