[" Evaluate "int_(0)^(10 pi)[tan^(-1)x]dx," where "[x]" represents greatest integer "],[" function."]

Evaluate: int_(-100)^(100)[tan^(-1)x]dx ,w h e r e[x] represents greatest integer function.

Evaluate: int_0^(10pi)[tan^(-1)x]dx ,w h e r e[x] represents greatest integer function.

Evaluate: int_0^(10pi)[tan^(-1)x]dx ,w h e r e[x] represents greatest integer function.

Evaluate: int_0^(10pi)[tan^(-1)x]dx ,w h e r e[x] represents greatest integer function.

Evaluate: int_0^(10pi)[tan^(-1)x]dx ,w h e r e[x] represents greatest integer function.

Evaluate: int_(0)^(oo)[2e^(-x)]dx, where [x] represents greatest integer function.

Evaluate: int_(0)^(100)x-[x]dx where [.] represents the greatest integer function).

The integral I=int_(0)^(100pi)[tan^(-1)x]dx (where, [.] represents the greatest integer function) has the vlaue K(pi)+ tan(p) then value of K + p is equal to

The integral I=int_(0)^(100pi)[tan^(-1)x]dx (where, [.] represents the greatest integer function) has the vlaue K(pi)+ tan(p) then value of K + p is equal to