SHS Core Mathematics · Year 2
Vectors and Trigonometry (Advanced) practice questions
Position vectors, vector addition/subtraction/scalar multiplication, resultant vectors via the cosine rule, inverse trigonometric ratios, and angles of elevation and depression.
29 questions in this topic: 12 recall, 8 applying skills and concepts, 8 strategic thinking and 1 extended thinking. Every one carries a written explanation.
Sample questions
5 of 29 questions in this topic. Sign up to answer them and see the explanations.
- Question 1Strategic thinking
Two forces of 12 N and 16 N act on an object with an angle of 140° between them (once the vectors are aligned tail-to-head). Using the cosine rule R² = A² + B² − 2AB cos θ, the value of R² is
- a694.16
- b400
- c88
- d112
- Question 2Recall
A scalar quantity is one that has
- amagnitude only, with no direction, such as mass, time or temperature
- bboth magnitude and direction, such as force or velocity
- cdirection only, with no magnitude
- dneither magnitude nor direction
- Question 3Recall
The inverse trigonometric ratio cotangent is defined as
- acotθ = 1/tanθ = Adjacent/Opposite
- bcotθ = 1/sinθ
- ccotθ = tanθ
- dcotθ = 1/cosθ
- Question 4Recall
The inverse trigonometric ratio secant is defined as
- asecθ = 1/cosθ = Hypotenuse/Adjacent
- bsecθ = 1/sinθ
- csecθ = cosθ
- dsecθ = 1/tanθ
- Question 5Skills & concepts
The cosine rule is used to find the magnitude of a resultant vector, rather than the sine rule, when
- athe magnitudes of both original vectors and the angle between them are known
- bonly one vector's magnitude is known
- cnone of the angles are known
- dthe vectors are perpendicular only
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