[f(x)=cos^(-1)((2-|x|)/(4))+],[[log(3-x)]^(2)" then the "],[" domain is "]

If f(x)=cos^(-1)((2-|x|)/(4))+[log_(10)(3-x)]^(-1) , then its domain is

The domain of f(x)=cos^(-1)((2-|x|)/(4))+[log(3-x)]^(-1) is

The domain of f(x)=cos^(-1)((2-|x|)/(4))+[log(30x)]^(-1) is

The domain of f(x)=cos^(-1)((2-|x|)/(4))+[log(3-x)]^(-1) is (a)[-2,6](b)[-6,2)uu(2,3)[-6,2](d)[-2,2]uu(2,3)

The domain of f(x)=cos^(-1)((2-|x|)/4)+[ log(3-x)]^-1 is (a) [-2,6] (b) [-6,2)uu(2,3) [-6,2] (d) [-2,2]uu(2,3)

The domain of f(x)=cos^(-1)((2-|x|)/4)+[ log(3-x)]^-1 is (a) [-2,6] (b) [-6,2)uu(2,3) (c) [-6,2] (d) [-2,2]uu(2,3)

The domain of f(x)=cos^(-1)((2-|x|)/4)+[ log(3-x)]^-1 is (a) [-2,6] (b) [-6,2)uu(2,3) (c) [-6,2] (d) [-2,2]uu(2,3)

The domain of f(x)=cos^(-1)((2-|x|)/4)+[l log(3-x)]^1 is [-2,6] (b) [-6,2)uu(2,3) [-6,2] (d) [-2,2]uu(2,3)

The domain of the function f(x) = sin^(-1) ((2-|x|)/(4)) + cos^(-1) ((2-|x|)/(4)) + tan^(-1) ((2-|x|)/(4)) is