`f(x) = {(1-2x", for " x le0),(1+2x", for "xgt0):}` then `int_(-1) ^(1) f(x) dx=`

If f(x)={{:(x^(2) " for " 0 le x le 1),(sqrt(x) " for "1 le x le 2):} then int_(0)^(2) f(x)dx=

If f(x)={(2x^(2)+1",", x le1),(4x^(3)-1",",x gt 1):} , then int_(0)^(2)f(x)dx is

If f(x)={{:(2x^(2)+1",",xle1),(4x^(3)-1",",xgt1):} , then int_(0)^(2)f(x)dx is

If {:(f(x)=x^(2)", if "0 le x le 1),(" "= sqrt(x)", if " 1 le x le 2","):} then int_(0)^(2)f(x)dx=

if f(x)=|x-1| then int_(0)^(2)f(x)dx is

if f(x)=|x-1| then int_(0)^(2)f(x)dx is

Given function f(x) ={:{(x^(2),"for " 0 lexlt1),(sqrt(x),"for "1 le x le2):}, "then" int_(0)^(2)f(x)dx is equal to

If f(x)={(x-1",",xlt0),(1/4",",x=0),(x^2",",xgt0):} , then

Let f(x)={(0", if"-1 le x lt 0),(1", if "x =0),(2", if "0 lt x le1):} and let F(x)= int_(-1)^(x) f(t) dt, -1 le x le 1 , then