" Let "f(x)=(sin^(-1)(1-{x})*cos^(-1)(1-{x}))/(sqrt(2{x})(1-{x}))" and "

Let f(x)=(sin^(-1)(1-{x})*cos^(-1)(1-{x}))/(sqrt(2{x})(1-{x})) then find lim_(x rarr0^(+))f(x) and lim_(x rarr0^(-))f(x)

let f(x)=(cos^(-1)(1-{x})sin^(-1)(1-{x}))/(sqrt(2{x}(1-{x}))) where {x} denotes the fractional part of x then

let f(x)=(cos^-1(1-{x})sin^-1(1-{x}))/sqrt(2{x}(1-{x})) where {x} denotes the fractional part of x then

Let f(x) = {{:(((pi)/(2)-sin^(-1)(1-{x}^(2)).sin^(-1)(1-{x}))/(sqrt(2) ({x}+{x}^(3)))",",x ne 0):} , where {.} is fractional part of x, then

Let f(x)=sin^(-1)((1)/(|x^(2)-1|))+cos^(-1)((1-2|x|)/(3))

y = sin^(-1)(x/sqrt(1+x^2)) + cos^(-1)(1/sqrt(1+x^2))

Let f(x)=((1-x(1+|1-x|))/(|1-x|))cos((1)/(1-x)) for x!=1

Let f(x)=sin^(-1)((2x)/(1+x^(2))) and g(x)=cos^(-1)((x^(2)-1)/(x^(2)+1)) . Then tha value of f(10)-g(100) is equal to

Let f(x)=sin^(-1)((2x)/(1+x^(2))) and g(x)=cos^(-1)((x^(2)-1)/(x^(2)+1)) . Then tha value of f(10)-g(100) is equal to