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Write each of the following in the sim...

Write each of the following in the simplest form:

(i)`tan^(-1){sqrt(1+x^2)-x},\ \ x in R`

(ii) `tan^(-1){(sqrt(1+x^2)-1)/x},\ \ x!=0`

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To simplify the given inverse trigonometric functions, we will follow a systematic approach for each part. ### (i) Simplifying \( \tan^{-1}(\sqrt{1+x^2} - x) \) 1. **Substitution**: Let \( x = \tan(\theta) \). Then, we have: \[ \sqrt{1+x^2} = \sqrt{1+\tan^2(\theta)} = \sec(\theta) \] ...
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RD SHARMA-INVERSE TRIGONOMETRIC FUNCTION-Solved Examples And Exercises
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  12. Evaluate each of the following: tan("c o s e c"^(-1)(13)/5) (ii) ta...

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  13. Evaluate: sin(cot^(-1)cos(tan^(-1)x)

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  14. Evaluate : cos(sin^(-1)(1/4)+sec^(-1)(4/3))

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  15. Evaluate: sin(cos^(-1)(3/5)+cos e c^(-1)(13)/5)

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  16. Find the value of the expression sin[cot^(-1){cos(tan^-1(1))}]

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  17. Prove that: sec^2(tan^(-1)2)+cos e c^2(cot^(-1)3)=15 and tan^2(s...

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  18. Prove that: sec^2(tan^(-1)2)+cos e c^2(cot^(-1)3)=15 and tan^2(sec...

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  19. Prove that: "sin"[cot^(-1){"cos"(tan^(-1)x)}]=sqrt((x^2+1)/(x^2+2)) ...

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  20. Prove that: "sin"[cot^(-1){"cos"(tan^(-1)x)}]=sqrt((x^2+1)/(x^2+2)) ...

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