[" =valuate: "],[" i) "int_(-1)^(2){2x}dx" (where function "{*}" denotes "],[" ractional part function) "],[qquad [" 10."]]

The value of int_(-1)^(2){2x}dx is (where function 0 denotes fractional part function)

Evaluate : (i) int_(-1)^(2){2x}dx (where function {*} denotes fractional part function) (ii) int_(0)^(10x)(|sinx|+|cosx|) dx (iii) (int_(0)^(n)[x]dx)/(int_(0)^(n)[x]dx) where [x] and {x} are integral and fractional parts of the x and n in N (iv) int_(0)^(210)(|sinx|-[|(sinx)/(2)|])dx (where [] denotes the greatest integer function and n in 1 )

Evaluate int _(-1) ^(15) Sgn ({x})dx, (where {**} denotes the fractional part function)

Evaluate int_(-3)^(5) e^({x})dx , where {.} denotes the fractional part functions.

Evaluate int_(-3)^(5) e^({x})dx , where {.} denotes the fractional part functions.

The value of the integral int_(-4)^(4)e^(|x|){x}dx is equal to (where {.} denotes the fractional part function)

The value of the integral int_(-4)^(4)e^(|x|){x}dx is equal to (where {.} denotes the fractional part function)

int_(-1)^(41//2)e^(2x-[2x])dx , where [*] denotes the greatest integer function.