Then the radius bisects the chord.
False
An apothem is a line drawn perpendicular to a side of a regular polygon from the center of the polygon. A polygon is not a circle so it cannot have a radius. The radius of a circle is drawn from the center to any point in the circumference of the circle. You can draw a circle which encloses the regular polygon touching all vertices. The polygon is said to be inscribed in the circle. The apothem will be less than the radius because the radius is not perpendicular to any side, it can be drawn to a vertex but the apothem is perpendicular to a side, so it is shorter. Ex: draw a square with a circle which inscribes it. You can see that the apothem will be less than the radius.
Perpindicular lines are like the lines in the letter "T". The intersect each other at a 90 degree angle. A radius is the distance from the center of the circle to the circle itself. It is half the circle's diameter.
tangent
There is no such thing as a perpendicular radius.
Then the radius bisects the chord.
A Chord. Or another radius!
The radius of the circle that is perpendicular to a chord intersects the chord at its midpoint, so it is said to bisect the chord.
Bisects
Perpendicular.
A tangent.
Oh, dude, the radius-tangent theorem is like when a radius of a circle is perpendicular to a tangent line at the point of tangency. So, basically, it's saying that the radius and tangent line are gonna be like besties at that point on the circle. It's just a fancy way of saying they're gonna be all perpendicular and stuff.
The radius and the tangent are perpendicular at the point on the circle where they meet.
Bisects that chord
False
If radius of a circle intersects a chord then it bisects the chord only if radius is perpendicular to the chord.