[" Let "f,g:R rarr R" be two functions defined as "f(x)=|x|+x" and "g(x)=|x|-x],[AA x in R." Then find fog and gof."]

Let f,g:R rarr R be two functions defined as f(x)=|x|+x and g(x)=|x|-x, for all x in R. Then find fog and gof.

Let f,g:Rvec R be a two function defined as f(x)=|x|+x and g(x)=|x|-x for all x in R. Then,find fog and gof

Let f,g: R-R be two functions defined as f(x)=|x|+x and g(x)=|x|-x , for all x Then find fog and gof.

Let f,g: R-R be two functions defined as f(x)=|x|+x and g(x)=|x|-x , for all x Then find fog and gof.

Let f, g : R rarrR be two functions defined as f(x) = |x| + x and g(x) = | x| - x AA x in R. . Then (fog ) (x) for x lt 0 is

If f, g,: R- R be two functions defined as f(x)=|x|+x and g(x)=|x|-x ,AAxR , Then find fog and gofdot Hence find fog(-3),fog(5) and gof(-2)dot

If f,g:R rarr R be two functions defined as f(x)=|x|+x and g(x)=|x|-x. Find fog and gof.Hence find fog(-3), fog (5) and gof(-2).

Let f : R rarr R and g : R rarr R be two given functions defined as f(x) = 3x^(2) + 2 and g(x) = 3x-1, AA x in R Then find [(gof)(x)] at x = 1.

Let f : R rarr R and g : R rarr R be two given functions defined as f(x) = 3x^(2) + 2 and g(x) = 3x-1, AA x in R Then find [(gof)(x)] at x = 1.