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formula for sin

^{-1}X + sin^{-1}Y , sin^{-1}X -sin^{-1}Ycos

^{-1}X + cos^{-1}Ycos

^{-1}X - cos^{-1}Yformula of 1-sinx

prove: tan inverse [ cos x / (1+sin x)] = pie /4 - (x/2)

^{-1}(tan(35pi/3))show that tan(1/2 sin-1 3/4) = 4-root7/3

prove that :

tan [pi/4 + 1/2 cos

^{-1}a/b] + tan[pi/4 - 1/2cos^{-1}a/b] = 2b/a^{-1 }(1/2)}find the value of x : sin

^{-1}x + sin^{-1}(1-x) = cos^{-1}xShow that tan(1/2sin

^{-1}3/4) = (4-Squareroot of 7)/ 3^{-1}(1/x)=cot^{-1}x holdsi have 2 question -

1)if cos

_{-1}(x/a)+cos^{-1}(y/b)=dprove that : x

^{2}/a^{2}-2xy/ab-cosd+y^{2}/b^{2}=sin^{2}d2)solve tan(cos

^{-1}x)=sin(tan^{-1}x)3)tan

^{-1}x+tan^{-1}y+tan^{-1}z=pi/2prove that xy+yz+zx =1

URGENT!!

Show that

sin(4/5) +^{-1}cos(2/square root of 5)=^{-1}cot(2/11)^{-1}Please ans in a simple way

cos^-1(x) + sin^-1(x/2)=pi/6

find x.

Prove that :

tan

^{-1}(1/4) + tan-1(2/9) = 1/2 Cos^{-1}(3/5)if cos

^{-1}x + cos^{-1}y + cos^{-1}z = piprove that x

^{2}+ y^{2}+ z^{2}+2xyz = 1find the greatest and least values:(sin

^{-1}x)^{2}+(cos^{-}^{1}x)^{2}prove that tan

^{-1}(1) + tan^{-1}(2) + tan^{-1}(3) = pie.^{3}75 degree -3cos 15 degreecos (sin^-1 3/5 + cos^-1 12/13)

sin

^{-1}(1-x)-2sin^{-1}x=pi/2find f(2). No links ( answer is NOT 5 , 1 nor 0 ) .

If y=cot

^{-1}(square root cosx) - tan^{-1}(square root cosx)prove that sin y= tan

^{2}x/2.^{-1}2x/1+x^{2 }+sin^{-1}1-y^{2}/1+y^{2}]^{ }if tan-1x+tan-1y+tan-1z=π/2 show that xy+yz+zx=1?

^{-1}(-root 3))Solve for x : sin-1 6x + sin-1 6root3 x = -pi/2

2tan^-1x=?+tan^-1(2x/1-x^2)

solve for X

sin-1x + sin-12x = ∏/3

cos(tan

^{-1}(15/8)-sin^{-1}(7/24))=297/425.Solve for the equation cos (tan

^{-1}x) = sin(cot^{-1}3/4)trigonometric functions.

^{-1 }(x + 1) ) = cos ( tan^{-1}x ) ...... find x ..... i asked this question and an expert proved it wrong .....but this question is absolutely correct ...it's 2015 board question .... so kindly find x ...since question is correct ..!!! @ PRIYANKA KEDIA ......AND OTHER MERITNATION EXPERTS ....!!!sin(arctan(x)+ arctan(1/x))for x

if sin

^{-1}x +sin^{-1}y+ sin^{-1}z= pie ,prove thata)x( root 1-x

^{2})+y( root 1- y^{2})+ z(root 1-z^{2})= 2xyzb)x

^{4}+ y^{4}+z^{4}+ 4 x^{2}y^{2}z^{2}= 2( x^{2}y^{2}+y^{2}z^{2}+ z^{2}x^{2})tan

^{-1}(1/2 tan2A) + tan^{-1}(cot A) + tan^{-1}(cot^{3}A) = 0If tan-1{root (1+x

^{2}) - root(1-x^{2})}/{ root (1+x^{2}) +root (1-x^{2})} =theta , then prove that x^{2}=sin 2 theta .Find the principal value of

sin ( 2 sin

^{ -1}(2/3))Solve for x - tan^-1 (x+1) + tan^-1 (x-1) = tan^-1 8/31

prove that

2tan

^{-1}[ { (a-b) / (a+b) }^{1/2 }tan x/2 ] = cos^{-1}{ (b +acos x ) / (a+bcos x) }prove that sec square (tan inverse 2) +cosec square (cot inverse 3) =15

^{-1}x-cos^{-1}y=cos^{-1}{xy+whole root over(1-x^{2)}(1-y^{2})^{}}pls answer , I have a test tomorrow :/

tan

^{-1}( x-1 ) + tan^{-1}x + tan^{-1}( x+1 ) = tan^{-1}3xhow to solve tan

^{-1}2x/1-x^{2}+ cot^{-1}1-x^{2}/2x = pie/3^{-1}(2-x/2+x) = 1/2 tan^{-1}x/2sin inverse sin 3pi/5????

Write the function, cot^-1 (sqrt(1+x^2)+x) in the simplest form

If tan

^{-1}x+tan^{-1}y+tan^{-1}z=pie, prove x+y+z=xyzcos cos

^{-1}[-root3/2] +pi/4]tan

^{-1}x + 2cot^{-1}x = 2pi/3 find value of xsin(1/2 cos inverse 4/5) ??evaluate

1. Let f be an injective function with domain [a, b] and range [c, d]. If $\text{\alpha}$ is a point in (a, b) such that f has left hand derivative l and

right hand derivative r at x = $\text{\alpha}$ with both l and r non-zero different and negative, then left hand derivative

right hand derivative of f

^{-1}at x = f( $\text{\alpha}$) respectively, is$\text{(A)}\frac{1}{\text{r}}\text{,}\frac{1}{\text{l}}\phantom{\rule{0ex}{0ex}}\text{(B)r,l}\phantom{\rule{0ex}{0ex}}\text{(C)}\frac{1}{\text{l}}\text{,}\frac{1}{\text{r}}\phantom{\rule{0ex}{0ex}}\text{(D)l,r}$

prove that 2 tan-1 (root of a+b/a-b tn theta/2) = cos -1 (acos theta b/a b cos theta)

simplify

sin-1(sinx+cosx/root 2)where pie

expand please ....

(A-B)

^{3}(A+B)

^{3}Find x if sin

^{-1}(5/x) + sin^{-1}(12/x) =pi/2solve the equation

tan(cos

^{-1}x)=sin(cot^{-1}1/2)sin^-1 x - cos^-1 x = pi/6

IF y = sin

^{-1}(2^{x+1}/1+4^{x}) find dy/dxa)140 degree

b)278 ,, ,, ,,

C)-356 ,, ,, ,,

cot[pi/4 - 2cot

^{-1}3] =7prove that

(i) sin^-1 (12/13) + cos^-1 (4/5) +tan^-1 (63/16)=0

(ii) 2sin^-1(3/5) - tan^-1 (17/31) =pi / 4

$\mathbf{73}\mathbf{.}\mathbf{}Theexactvalueof\frac{60\mathrm{sin}82\xb0\mathrm{sin}51\xb0\mathrm{sin}47\xb0}{\mathrm{sin}16\xb0+\mathrm{sin}78\xb0+\mathrm{sin}86\xb0}is$

(1) 12 (2) 15

(3) 16 (4) 20

solve:

cos

^{-1 }([x^{2}-1]/[x^{2}+1]) + tan^{-1}[(2x)/(x^{2}-1)]=2pi/3^{2}theta = 3sin theta costheta ,then find solution set in (0,pi/2)^{-1}root(x(x+1)) + sin^{-1}root(x^{2}+x+1) = pi/2.(cosx - cosy)

^{2}+ (sinx - siny)^{2}= 4 sin^{2}(x-y)/2.cos

^{-1}[ 3/5 cosx +4/5sinx ] find its value?I can ' t understand this question . please explain it briefly ?