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

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

Find the number of points of discontinuity for f(x)=[6sinx],0lt=pi([dot] represents the greatest integer 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]

Draw the graph and find the points of discontinuity for f(x)=[x^(2)-x-1],x in[-1,2] ([.] represents the greatest integer function).

Draw the graph of f(x)=[tan^(-1)x]," where "[*]" represents the greatest integer function".

Let f(x) = [x] and [] represents the greatest integer function, then

f(x)=[tan^(-1)x] where [.] denotes the greatest integer function, is discontinous at

Find the points of discontinuity of the function: f(x)=[[x]]-[x-1],w h e r e[dot] represents the greatest integer function