NIMCET Inverse Trigonometrical Function Previous Year Question Paper and Solution with PDF

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NIMCET Previous Year Questions (PYQs)

NIMCET Inverse Trigonometrical Function PYQ

Qus : 1NIMCET PYQ 2020

The value of

2tan^-1[cosec(tan^-1x) - tan(cot^-1x)]

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NIMCET Previous Year PYQNIMCET NIMCET 2020 PYQ

Solution

Qus : 2NIMCET PYQ 2023

$n_1$ and

$n_2$ are the number of real valued solutions

$x = | sin^{–1} x |$ &

$x = sin (x)$ respectively, then the value of

$n_2– n_1$ is

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NIMCET Previous Year PYQNIMCET NIMCET 2023 PYQ

Solution

Qus : 3NIMCET PYQ 2022

The correct expression for

$cos^{-1} (-x)$ is

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NIMCET Previous Year PYQNIMCET NIMCET 2022 PYQ

Solution

You should learn it as an important formula.

Qus : 4NIMCET PYQ 2022

The value of

$\cot \Bigg{(}{cosec}^{-1}\frac{5}{3}+{\tan }^{-1}\frac{2}{3}\Bigg{)}$ is

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NIMCET Previous Year PYQNIMCET NIMCET 2022 PYQ

Solution

Qus : 5NIMCET PYQ 2022

Solutions of the equation

${\tan }^{-1}\sqrt[]{{x}^2+x}+{\sin }^{-1}\sqrt[]{{x}^2+x+1}=\frac{\pi}{2}$ are

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NIMCET Previous Year PYQNIMCET NIMCET 2022 PYQ

Solution

Qus : 6NIMCET PYQ 2022

$cos^{-1} \frac{x}{2}+cos^{-1} \frac{y}{3}=\phi$ , then

$9x^2-12xy cos\phi+4y^2$ is

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NIMCET Previous Year PYQNIMCET NIMCET 2022 PYQ

Solution

Qus : 7NIMCET PYQ 2017

, then

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NIMCET Previous Year PYQNIMCET NIMCET 2017 PYQ

Solution

Qus : 8NIMCET PYQ 2017

The value of A that satisfies the equation asinA + bcosA = c is equal to

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NIMCET Previous Year PYQNIMCET NIMCET 2017 PYQ

Solution

Qus : 9NIMCET PYQ 2017

Find the principal value of

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NIMCET Previous Year PYQNIMCET NIMCET 2017 PYQ

Solution

Qus : 10NIMCET PYQ 2018

The value of

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NIMCET Previous Year PYQNIMCET NIMCET 2018 PYQ

Solution

Qus : 11NIMCET PYQ 2015

The value of

$sin^{-1}\frac{1}{\sqrt{2}}+sin^{-1}\frac{\sqrt{2}-\sqrt{1}}{\sqrt{6}}+sin^{-1}\frac{\sqrt{3}-\sqrt{2}}{\sqrt{12}}+...$ to infinity , is equal to

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NIMCET Previous Year PYQNIMCET NIMCET 2015 PYQ

Solution

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NIMCET Inverse Trigonometrical Function PYQ

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