please do with prippr reason

You have a CMOS inverter with Bn = Bp and a fanout load of 15x. You double the NMOS size by adding a leg that shares its output diffusion with the existing NMOS transistor What happens to the Rise Time slope and the Fall Time slope of the output compared to the original inverter? The Rise time will be much faster (steeper slope) and the Fall time will not change much The Fall time will be much faster (steeper slope) and the Rise time will not change much. The Rise time will be much faster (steeper slope) and the Fall time will get much slower (elongated slope) The Fall time will be much faster (steeper slope) and the Rise time will get much slower (elongated slope) Neither the Rise time or Fall time will change much You have a CMOS inverter with Bn = Bp and a fanout load of 15x. You double the NMOS size by adding a leg that shares its output diffusion with the existing NMOS transistor What happens to the Rise Time slope and the Fall Time slope of the output compared to the original inverter? The Rise time will be much faster (steeper slope) and the Fall time will not change much The Fall time will be much faster (steeper slope) and the Rise time will not change much. The Rise time will be much faster (steeper slope) and the Fall time will get much slower (elongated slope) The Fall time will be much faster (steeper slope) and the Rise time will get much slower (elongated slope) Neither the Rise time or Fall time will change much