How to graph a line using the x and y intercepts.
How to reflect the graph of y = f(x) across the y-axis.
How to describe the effect of a reflection, how to describe the effect of the ordered pair rules (x,y) -> (-x, y),(x,y) -> (x, -y), (x,y) -> (y, x).
How to graph the transformation y = a f(x) + k when f(x) = abs(x).
How to graph y = f(x ? h) when f(x) = sqrt(x), and what kind of transformation to expect.
How to graph a line.
How to work with x an y intercepts graphically or algebraically.
How to graph a line in slope-intercept form.
How to define and label a line segment.
How to construct a perpendicular line at a point on a line.
How to mark parallel lines, how to show lines are parallel, and how to compare skew and parallel lines.
How to identify parallel lines, a line parallel to a plane, and two parallel planes.
How to use standard form of a line.
Vocabulary of origin, axes, quadrants, and carteesian coordinates
How to take the converse of the parallel lines theorem.
How to use the method of substitution when the antiderivatives involve e^x or ln[x].
How to find the vector and parametric equations of a line when given two points on the line.