f int f(x)dx=4and int_(2)^(1)(3-f(x))dx=7" then "int_(-1)^(2)f(x)dx=

If int_(-1) ^(4) f(x) dx=4and int_(2)^(4) (3-f(x))dx=7, then int_(-1) ^(2) f(x) dx=

If int_(-1) ^(4) f(x) dx=4and int_(2)^(4) (3-f(x))dx=7, then int_(-1) ^(2) f(x) dx=

If int_(-1)^(4) f(x) dx=4 and int_(2)^(4) (3-f(x))dx=7 , then int_(-1)^(2) f(x)dx is a)1 b)2 c)3 d)5

If int_(-1)^(4)f(x)dx=4andint_(2)^(4)[3-f(x)]dx=7" then "int_(-1)^(2)f(x)dx=

Evaluation of definite integrals by subsitiution and properties of its : If int_(-1)^(4)f(x)dx=4 and int_(2)^(4)(3-f(x)dx=7 then int_(2)^(-1)f(x)dx=.......

If int_(-1)^(4)f(x)dx=4 and int_(2)^(4)[3-f(x)]dx=7 , then int_(2)^(-1)f(x)dx=

int_(n)^(n+1)f(x)dx=n^(2)+n then int_(-1)^(1)f(x)dx=

If int_(-1)^(4) f(x) dx = 4 and int_(2)^(4) f(x) dx = 7 then int_2^(-1) f(x) dx =

If int_(-1)^(4)f(x)dx=4 and int_(2)^(4){3-f(x)}dx=7 then the value of int_(-1)^(2)f(x)dx is