And so what that means is we can approximate this to equal to this. So because this is much smaller than this, this sum is approximately equal to simply K minus one. So our numerator is replaced by K minus one. And so we see that the Michael is constant is approximately equal to K minus one divided by K, assuming that K two is much smaller than K minus one. And this is where we give meaning to the Michael's constant. What this basically means is the Km value.