That's what g of x is equal to when we are less than one as we're approaching from the left. Well this thing is defined and it's continuous for all real numbers, so we can just substitute one in for x and we get this is equal to zero. So so far so good, let's do one more of these. Let's approach from the right-hand side as x approaches one from the right-hand side of g of x. Well now we're falling into this case. So g of x, if we're to the right of one, if our value's greater than or equal to one, it's gonna be x minus one squared. Well once again, x minus one squared, that is defined for all real numbers, it's continuous for all real numbers, so we could just pop that one in there, you get one minus one squared, well that's just zero again.