SSC Trigonometry Questions with Answers

Trigonometry

An excellent collection of SSC Trigonometry questions and answers with detailed explanations for competitive exams. Given below are some of the most repeated practice questions on Trigonometry for SSC CGL, CHSL, JE, GD constable, Stenographer, MTS, and CPO exams. Go through this very important online quiz based on model and previous year asked questions from SSC Trigonometry with solutions to ace the exam.

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Instructions

For the following questions answer them individually

Question 1

The least value of $$(4sec^2\theta + 9cosec^2\theta)$$ is

Question 2

If tan(x + y) tan(x - y) = 1, then the value of tan x is :

Question 3

If p sin θ = √3 and p cos θ = 1, then the value of p is :

Question 4

If the number of vertices, edges and faces of a rectangualr parallelopiped are denoted by v, e and f respectively, the value of (v - e + f) is

Question 5

If $$ 0 \leq \theta \leq \frac{\pi}{2}$$, $$2ycos\theta=sin\theta$$ and $$\frac{x}{2cosec\theta}=y$$, then the value of $$x^2-4y^2$$ is

Question 6

If $$\cos\pi$$x$$=x^{2}-x+\frac{5}{4}$$ the value ue of x will be

Question 7

If $$sin\frac{\pi{x}}{2}=x^{2}-2x+2$$, then the value of x is

Question 8

The value of (1 + sec 20° + cot 70°) * (1 - cosec 20° + tan 70°) is ?

Question 9

$$5tan\theta = 4$$, then the value of $$(\frac{5sin\theta - 3cos\theta}{5sin\theta + 3cos\theta})$$ is

Question 10

If $$x=cosec\theta-sin\theta$$ and $$y=sec\theta-cos\theta$$, then the value of $$x2y2(x2 + y2 + 3)$$

Question 11

If $$sin\theta + \sin^2\theta = 1$$, then the value of cos12$$\theta$$ + 3cos10$$\theta$$ + cos6$$\theta$$ +  3cos8$$\theta$$  - 1 is

Question 12

The maximum value of sin θ + cos θ is

Question 13

What is the simplified value of $$cosec2A + cot2A$$ ?

Question 14

If (a^2 - ­b^2) sin θ + 2 ab cosθ = a^2 + b^2, then the value of tanθ is

Question 15

If $$\alpha$$ is a positive acute angle and $$2sin\alpha + 15cos^{2}\alpha = 7$$, then the value of cota is:2

Question 16

A boy standing in the middle of a field, observes a flying bird in the north at an angle of elevation of 30° and after 2 minutes, he observes the same bird in the south at an angle of elevation of 60°. If the bird flies all along in a straight line at a height of 50 m, then its speed in km/h is :

Question 17

The value of $$\frac{sin 43^{\circ}}{cos 47^{\circ}}+\frac{cos 19^{\circ}}{sin 71^{\circ}}-8cos^{2}60^{\circ}$$ is

Question 18

If $$x cosθ - sinθ = 1,$$ then $$x^{2} - (1 +x^{2}) sinθ$$ equals

Question 19

The numerical value of $$\frac{cos^2 45\circ}{sin^2 60\circ}+\frac{cos^2 60\circ}{sin^2 45\circ}-\frac{tan^230\circ}{cot^245\circ}-\frac{sin^230\circ}{cot^230\circ}$$ is

Question 20

The minimum value of $$2sin^{2}$$ θ + $$3cos^{2}$$ θ is

Question 21

Find the value of tan 4° tan 43° tan 47 tan 86°

Question 22

If $$sin θ + sin^{2} θ = 1$$ then $$cos^2 θ + cos^4 θ$$ is equal to

Question 23

If $$\frac{\cos\alpha}{\sin\beta}=n$$ and $$\frac{\cos\alpha}{\cos\beta}=m$$ then the value of $$\cos^{2} \beta$$ is

Question 24

If tan θ + cot θ = 5, then $$tan^2 θ + cot^2 θ$$ is

Question 25

The angle of elevation of a tower from a distance of 100 metre from its foot is 30°. Then the height of the tower is

Question 26

If secθ - cosecθ = 0, then the value of (secθ + cosecθ) is :

Question 27

If 0° ≤ A ≤ 90°, the simplified form of the given expression sin A cos A (tan A - cot A) is

Question 28

If secθ + tanθ = p, (p ≠ 0) then secθ is equal to

Question 29

If tan $$\theta$$ + cot $$\theta$$ = 2 then the value of $$\theta$$ is

Question 30

The value of $$sin^{2}$$ 22° + $$sin^{2}$$ 68° + $$cot^{2}$$ 30° is

Question 31

If θ be acute angle and tan (4θ - 50°) = cot(50° - θ), then the value of 9 in degrees is:

Question 32

From the top of a cliff 90 metre high, the angles of depression of the top and bottom of a tower are observed to be 30° and 60° respectively. The height of the tower is :

Question 33

If sin (x + y) = cos [3(x + y)], then the value of tan[2(x + y)] is :

Question 34

P and Q are two points observed from the top of a building 10√3 m high. If the angles of depression of the points are complementary and PQ = 20m, then the distance of P from the building is

Question 35

The numerical value of $$1+\frac{1}{\cot^{2}63^{\circ}}-\sec^{2}27^{\circ}+\frac{1}{\sin^{2}63^{\circ}}-cosec^{2}27^{\circ}$$ is

Question 36

The least value of 4cosec^2 α + 9sin^2 α is:

Question 37

If tanθ - cotθ = α and cosθ sinθ = b, then the value of (a^2 + 4) (b^2 - ­1)^2 is:

Question 38

In a right ­angled triangle ABC, ∠B is the right angle and AC = 2√5­ cm. If AB - BC = 2 cm then the value of $$(cos^2 A - cos^2 C)$$ is :

Question 39

$$1 - \frac{sin^2 A}{1 + cos A} + \frac{1 + cos A}{sin A} - \frac{sin A}{1 - cos A}$$

Question 40

The value of tan1°tan2°tan3° ……………tan89° is

Question 41

If θ is an acute angle and $$\tan^2\theta+\frac{1}{\tan^2\theta}=2$$ then the value of θ is :

Question 42

A person of height 6ft. wants to pluck a fruit which is on a 26/3 ft. high tree. If the person is standing 8/√3 ft. away from the base of the tree, then at what angle should he throw a stone so that it hits the fruit ?

Question 43

A kite is flying at the height of 75m from the ground. The string makes an angle θ (where cotθ = 8/15) with the level ground. Assuming that there is no slack in the string the length of the string is equal to :

Question 44

If A = 30°, B = 60° and C = 135°, then what is the value of $$sin^3A + cos^3B + tan^3C - 3sin A cos B tan C$$ ?

Question 45

If x*sin^3 θ + y *cos^3 θ = sinθ * cosθ ≠ 0 and x sinθ - y cosθ = 0, then value of (x^2 + y^2 ) is

Question 46

If $$u_n = cos^n α + sin^n α$$, then the value of $$2u_6 - 3u_4 +1$$ is :

Question 47

If 0 ≤ α ≤ π/2 and 2sinα + 15 cos^2 α = 7 then the value of cot α is :

Question 48

If sin 2θ =1/2, then the value of cos (75°­ - θ) is :

Question 49

If cot A + cosec A = 3 and A is an acute angle, then the value of cos A is :

Question 50

What is the least value of $$tan^2θ + cot^2θ + sin^2θ + cos^2θ + sec^2θ + cosec^2θ$$ ?

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