You're playing a game of pool and it's your turn, but you have no direct shots. To make any shot, you will need to bank the cue ball (the white ball) off the side of the table before it hits your ball. That means that you hit the cue ball so that it bounces off the side and then hits your colored ball, moving it in the direction of a pocket (hole). The angle that the ball hits the bumper is equal to the angle that it bounces off the bumper. The cue ball is 18 inches from the top bumper (side of pool table) and 50 inches from the right bumper. The dimensions of the pool table are 96 inches in the horizontal direction by 46 inches in the vertical direction. (All Information is in the attached file)! The information will all be there once number 2 is complete. Which ball did you pick? (Red, Blue, Yellow) I picked the yellow ball <- because I chose the yellow ball, you do not need to pay attention to the blue and red ball.
2. Construct a triangle by performing each of these steps. (6 points: 1 point for each step)
a. Label the cue (white) ball A.
b. Identify the pocket (hole) that you want your ball to go in. Label the center of this pocket E. (Hint: Click on the ball in the image on the Pool Table Problem page to see how to make this shot.)
c. Draw a line segment that starts at E, goes through the colored ball, and ends at the other side of the table. Label the other endpoint of the segment C.
d. Draw a line segment from C to A (the cue ball). This segment will make the same angle with the bumper as CE.
e. Draw a perpendicular line segment from A to the same bumper (side of the table) C is on. Label the endpoint B.
f. Complete triangle ABC by drawing the line segment BC.
3. Complete triangle CDE that is similar to ABC. Where does D need to be to make a similar triangle? Label vertex D and mark the angles that have the same measure. (2 points)
4. Assign a variable to name the length of BC and label it on your figure. To identify the lengths of AB, CD, and DE, use the dimensions of the pool table. Some lengths will include a variable. 5. Use your similar triangles to set up a proportion. Solve this proportion for the unknown variable, the length of BC.