SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 14

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IMPORTANT

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The value of $\tan 20 ° . \tan 40 ° . \tan 60 ° . \tan 80 °$ is:

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Important Questions on Trigonometry

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 15

Maximum and minimum value of

7 \cos θ + 24 \sin θ

is:

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 16

The value of

(\tan A + \sec A - 1) \cos A

is:

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 17

The value of

\frac{\sec x - 1 + \tan x}{\tan x - \sec x + 1}

will be:

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 18

In a triangle if

a = 4, b = 3

and

\sin A = \frac{4}{3}

then the value of

∠ B

is:

EASY

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 19

\frac{\sqrt{1 + \sin x} + \sqrt{1 - \sin x}}{\sqrt{1 + \sin x} - \sqrt{1 - \sin x}}

is equals to:

EASY

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 21

If

\tan^{2} B = \frac{1 - \sin A}{1 + \sin A}

, the what will be the value

A + 2 B

.

EASY

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 22

If

\sec^{2} θ + \tan^{2} θ = \frac{5}{3}

and

0 \leq θ \leq \frac{π}{2}

then the value of

θ

equals to:

EASY

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IMPORTANT

SSC Advanced Maths Volume - I>Chapter 2 - Trigonometry>Model Questions>Q 23

\frac{cosec θ}{cosec θ - 1} + \frac{cosec θ}{cosec θ + 1}

is equals to: