If `f(x)` is continuous at `x=0` , where `f(x)=((27-2x)^(1/3)-3)/(9-3(243+5x)^(1/5))`, for `x!=0` then `f(0)=`

If f(x) is continuous at x=0 , where f(x)=((3^(sin x)-1)^(2))/(x log (1-x)) , for x!=0 , then f(0)=

If f(x) = is continuous at x=0 , where f(x)=((1-cos2x)(3+cos x))/(x tan 4x) , for x!=0 , then f(0)=

If f(x) = is continuous at x=0 , where f(x)=((1-cos2x)(3+cos x))/(x tan 4x) , for x!=0 , then f(0)=

If f(x) is continuous at x=0 , where f(x)=((4-3x)/(4+5x))^(1/x)", for " x!=0 , then f(0)=

If f(x) is continuous at x=0 , where f(x)=((e^(3x)-1)sin x^(@))/(x^(2)) , for x!=0 , then f(0)=

If f(x) is continuous at x=0 , where f(x)=((e^(3x)-1)sin x^(@))/(x^(2)) , for x!=0 , then f(0)=

If f(x) is continuous at x=1 , where f(x)=((x+3x^(2)+5x^(3)+...+(2n-1)x^(n)-n^(2))/(x-1)) , for x !=1 , then f(1)=

If f(x) is continuous at x=0 , where f(x)=((e^(3x)-1)sin x)/(x^(2)) , for x!=0 , then f(0)=

If f(x) is continuous at x=0 , where f(x)=((5^(x)-2^(x))x)/(cos 5x-cos 3x) , for x!=0 , then f(0)=

If f(x) is continuous at x=0 , where f(x)=(1+2x)^(1/x)", for " x!=0 , then f(0)=