So a thousandth below five and a thousandth above five, we're at 3.68, but then at five, all of a sudden, we're at 6.37. So my most reasonable estimate would be, well, it looks like we are approaching 3.68 when we are approaching from values less than five, and we're approaching 3.68 from values, as we approach five from values greater than five. It doesn't matter that the value of five is 6.37. The limit would be 3.68, or a reasonable estimate for the limit would be 3.68. And this is probably the most tempting distractor here, because if you were to just substitute five, what is g of five? It tells us 6.37. But the limit does not have to be what the actual function equals at that point.