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Prove that sin (cot^(-1) (tan (cos^(-1) ...

Prove that `sin (cot^(-1) (tan (cos^(-1) x))) = x, x gt 0`

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To prove that \( \sin(\cot^{-1}(\tan(\cos^{-1} x))) = x \) for \( x > 0 \), we will follow a step-by-step approach. ### Step 1: Define the angle Let \( \theta = \cos^{-1}(x) \). This implies that \( \cos(\theta) = x \). ### Step 2: Construct a right triangle From the definition of cosine, we can construct a right triangle where: - The adjacent side (base) is \( x \) ...
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Knowledge Check

  • The value of sin(cot^(-1) (cos (tan^(-1)x))) is

    A
    `sqrt((x^(2) + 2)/(x^(2) + 1))`
    B
    `sqrt((x^(2) + 1)/(x^(2) + 2))`
    C
    `x/sqrt(x^(2) + 2)`
    D
    `1/sqrt(x^(2) + 2)`
  • sin{cot^(-1)[cos(tan^(-1)x)]}=....

    A
    `sqrt((x^(2)+2)/(x^(2)+1))`
    B
    `sqrt((x^(2)+1)/(x^(2)+2))`
    C
    `sqrt(x^(2)+1)`
    D
    none of these
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