[int(1)/(sqrt(3-6x-9x^(2)))dx" is equal to "],[[sin^(-1)((3x+1)/(2))+c],[sin^(-1)((3x+1)/(6))+c],[(1)/(3)sin^(-1)((3x+1)/(2))+c],[sin^(-1)((2x+1)/(3))+c]]

int1/(sqrt(3-6x-9x^(2)))dx is equal to

int1/sqrt(3-6x-9x^(2))dx is equal to

int1/(sqrt(3-6x-9x^2))dx is equal to

int1/sqrt(1-6x-9x^(2))dx is equal to

int(dx)/(sqrt(9x-4x^2)) equals (A) 1/9sin^(-1)((9x-8)/8)+C (B) 1/2sin^(-1)((8x-9)/9)+C (C) 1/3sin^(-1)((9x-8)/8)+C (D) 1/2sin^(-1)((9x-8)/9)+C

int(dx)/(sqrt(9x-4x^2)) equals(A) 1/9sin^(-1)((9x-8)/8)+C (B) 1/2sin^(-1)((8x-9)/9)+C (C) 1/3sin^(-1)((9x-8)/8)+C (D) 1/2sin^(-1)((9x-8)/9)+C

int (3^x)/( sqrt( 1- 9^x )) dx is equal to a) (log 3) sin^(-1) (3^x) + C b) (1)/(3) sin^(-1) (3^x) + C c) ((1)/(log 3)) sin^(-1) (3^x) + C d) (1)/(9) sin^(-1) (3^x) +C

int((sin^(-1)x)^(3))/(sqrt(1-x^(2)))dx

int sqrt((x)/(1-x))dx is equal to sin^(-1)sqrt(x)+C(b)sin^(-1){sqrt(x)-sqrt(x(1-x))}+C(c)sin^(-1){sqrt(x(1-x)}+C(d))sin^(-1)sqrt(x)-sqrt(x(1-x))+C