And so what that means is we bypass complex one. And in this particular case, 1.5 ATP molecules will be formed when a single NADH produced in glycolysis moves onto the electron transport chain. So that means because we form two NADH molecules, two multiplied by 1.5 is three. And so three ATP molecules will be formed per two NADH molecules produced in glycolysis in cells that utilize the g three P shuttle to actually move the NADH onto the electron transport chain. So where do we get that number? Well, when the two electrons from NADH are ultimately transported onto complex three, we know that complex three of the electron transport chain actually moves a net amount of two H plus ions.