`int_1^4 (x-0.4)dx` equals (where `{x}` is a fractional part of `(x)`

int_(-3)^(3)x^(8){x^(11)}dx is equal to (where {.} is the fractional part of x )

int _(2)^(3){x} dx is equal to (where {.} denotes, fractional part of x)

int_(0)^(100){sqrt(x)}dx (where {x) is fractional part of x)=

int_2^4 1/x dx is equal to

The value of int_(0)^(4) {x} dx (where , {.} denotes fractional part of x) is equal to

The value of int_(0)^(1)({2x}-1)({3x}-1)dx , (where {} denotes fractional part opf x) is equal to :

Let f(x)=int_(3)^(25n+(1)/(4))e^({2x+3})dx, where {x} is fractional part of x, then f(x) is equal to

Evaluate int_(0)^(2){x} d x , where {x} denotes the fractional part of x.

int_(0)^(4) {sqrt(x)} is equal to, where {x} denotes the fraction part of x.

Let l_(1)=int_(1)^(10^(4))({sqrt(x)})/(sqrt(x))dx and l_(2)=int_(0)^(10)x{x^(2)}dx where {x} denotes fractional part of x then