Discuss the continuity of `f(x)={cot^(-1)x]({dot}` represents the fractional part function).

Discuss the continuity of f(x)=[tan^(-1)x]([dot] represents the greatest integer function).

Solve : x^(2) = {x} , where {x} represents the fractional part function.

Draw the graph of f(x) = {sin x}, where {*} represents the fractional part function.

Find the domain and range of f(x)=log{x},w h e r e{} represents the fractional part function).

Draw the graph of f(x) ={2x} , where {*} represents the fractional part function.

Discuss the continuity of the function ([.] represents the greatest integer function): f(x)=[2/(1+x^2)],xgeq0

Discuss the continuity of the function ([.] represents the greatest integer function): f(x)=[sin^(-1)x]

Discuss the continuity of the function ([.] represents the greatest integer function): f(x)=[(log)_e x]

Find the domain and range of f(f)=log{x},w h e r e{} represents the fractional part function).

Discuss the minima of f(x)={x}, (where{,} denotes the fractional part of x)for x=6.