Solve for `xa n dy :sqrt(3)sinx+cosx=8y-y^2-18 ,w h e r e0lt=xlt=4pi, y in R`

Solve for x and y :sqrt(3)sinx+cosx=8y-y^2-18 ,w h e r e0lt=xlt=4pi, y in R

Solve for x and y :sqrt(3)sinx+cosx=8y-y^2-18 ,w h e r e0lt=xlt=4pi, y in R

Solve for x and y:sqrt(3)sin x+cos x=8y-y^(2)-18, where 0<=x<=4 pi,y in R

sqrt(3)sin x+cos x=8y-y^(2)-18 , there 0 le xl le 4 pi , y in R then ______

The area bounded by the curves y=sin^(-1)|sinx|a n dy=(sin^(-1)|sinx|^2,w h e r e0lt=xlt=2pi, is 1/3+(pi^2)/4 s qdotu n i t s (b) 1/6+(pi^3)/8s qdotu n i t s 2s qdotu n i t s (d) none of these

The area bounded by the curves y=sin^(-1)|sinx|a n dy=(sin^(-1)|sinx|^2,w h e r e0lt=xlt=2pi, is 1/3+(pi^2)/4 s qdotu n i t s (b) 1/6+(pi^3)/8s qdotu n i t s 2s qdotu n i t s (d) none of these

Show that 2sinx+tanxgeq3x ,w h e r e0lt=x

Discuss the applicability of Rolles theorem on the function f(x)={x^2+1,\ \ \ \ w h e n\ 0lt=xlt=1 3-x ,\ \ \ \ w h e n\ 1

(dy)/(dx) for y=tan^(-1){sqrt((1+cosx)/(1-cosx))} ,where 0 lt x lt pi , is

(dy)/(dx) for y=tan^(-1){sqrt((1+cosx)/(1-cosx))} ,where 0 lt x lt pi , is