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prove the following tan^(-1)frac(63)(1...

prove the following
`tan^(-1)frac(63)(16)=sin^(-1)frac(5)(13)+cos^(-1)frac(3)(5)`

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prove the following sin^(-1)frac(8)(17)+sin^-1frac(3)(5)=sin^(-1)frac(77)(85)

show that sin^-1frac(3)(5)-sin^-1frac(8)(17)=cos^-1frac(84)(85)

Prove that sin^-1frac(4)(5)+sin^-1frac(5)(13)=sin^-1frac(63)(65)

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show that sin^-1(frac(3)(5))-sin^-1(frac(8)(17))=cos^-1(frac(84)(85))

prove the following cot^(-1)9+cosec^(-1)frac(sqrt41)(4)=pi/4

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BODY BOOKS PUBLICATION-INVERSE TRIGONOMETRIC FUNCTIONS-EXERCISE
  1. Prove that sin^-1frac12(13)+cos^-1frac4(5)+tan^-1frac63(16)=pi

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  2. Prove the following : cos^(-1)(12/13)+sin^(-1)(3/5)=sin^(-1)(56/65)

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  3. prove the following tan^(-1)frac(63)(16)=sin^(-1)frac(5)(13)+cos^(-1...

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  4. Find the value of the following cos^(-1)(cos frac(13pi)6)

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  5. Show that sin^-1(8/17)+sin^-1(3/5)=tan^-1(77/36)

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  6. If tan^(-1) ((x-1)/(x-2)) + tan^(-1) ((x+1)/(x+2)) = pi/4. then find t...

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  7. Show that tan^-1frac(1)(5)+tan^-1frac(1)(7)+tan^-1frac(1)(3)+tan^-1f...

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  8. Choose the correct answer from the bracket. if cos^-1x=y,then y is...

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  9. find the value of cos^-1cos((7pi)/3)

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  10. Solve for x if,tan^-1(frac(1+x)(1-x))=2tan^-1x

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  11. Choose the correct answer from the bracket. cos(tan^-1x),|x|<1 is ...

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  12. Prove that sin^-1frac(4)(5)+sin^-1frac(5)(13)=sin^-1frac(63)(65)

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  13. Choose the correct answer from the bracket tan^-1((1-tanx)/(1+tanx)) e...

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  14. Express tan^-1((1-sinx)/cosx) in the simplest form.

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  15. Prove that tan^-1(1/2)-tan^-1(2/5)=tan^-1(1/12)

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  16. In which quadrants are the graph of cos^-1(x) lies,x in [-1,1]

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  17. If cos^-1x+cos^-1y=pi/3,then sin^-1x+sin^-1y=………..

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  18. if tan^-1x+tan^-1y=pi/4 then prove that x+y+xy=1

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  19. Find the values of the following tan frac(1)(2) [sin^(-1)((2x)/(1+x...

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  20. Evaluate tan^-1[2cos(2sin^-1(1/2)].

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