, Suppose f, g and h are functions from R to R. Prove that (f + g) oh = foh + goh (f.g) oh = (foh). (goh)

Let f, g and h be functions from R to R. Show that (f +g ) oh = foh+ goh (f. g) oh = ( foh). (goh)

Let f, g and h be functions from R to R. Show that (f + g)oh = foh + goh (f . g)oh = (foh) . (goh)

Let f , g and h be functions from R to R . Show that , (f +g) oh = foh + goh (f.g) oh = (foh)+ (goh)

Let f, g and h be functions from R to R. Show that (f +g ) oh =foh+goh (f. g) oh = ( fog ). (goh)

Let f, g, and h be functions from R to R. Show that (f + g) o h = foh + goh

Let f,g and h be function from R to R. Show that (f.g) o h = (foh). (goh)

Let f,g and h be function from R to R. Show that (f+g) o h = foh + goh

Let f, g and h be functions from R to R. Show that (i) (f +g ) oh = foh + goh (ii) (f. g) oh = ( foh ). (goh)

Let f, g and h be functions from R to R. Show that 1. (f+g)oh=foh+goh 2. (f.g)oh= (foh).(goh)

Let f,\ g and h be functions from R to R . Show that (f+g)oh=foh+goh