[" Shan that "y=log(1+x)-((5x)/(2+x))" for "x>],[" is an increasing function of "x" ."]

Show that y = log(1 +x) - (2x)/(2 + 2x) , x gt -1 , is an increasing function of x throughout its domain.

Show that y = log (1+ x) - (2x) /( 2+x) , x gt -1 is an increasing function of x throughout its domain.

Show that y = log(1+x)-(2x)/(2+x) ,x > -1 is an increasing function of x throughout its domain.

Show that y=log(1+x)-(2x)/(2+x), x gt -1 , is an increasing function of x throughout its domain.

Show that y= log (1+x) -(2x)/(2+x) , x gt -1 is an increasing function of xthroughout its domain.

Show that y= log (1+x) -(2x)/(2+x) , x gt -1 is an increasing function of xthroughout its domain.

Show that y = log(1+x) - 2x/(2+x), x>-1 , is an increasing function of x. throughout its domain.

Show that y=log(1+x)-(2x)/(2+x),x>-1 is an increasing function of x throughout its domain.

Show that y=log(1+x)-(2x)/(2+x),x>1 is an increasing function of x throughout its domain.

Show that y=log(1+x)-(2x)/(2+x), x gt 1 is an increasing function of x throughout its domain.