Beer Pong Investigating scenarios and strategies Maureen St Georges Scientific Computing | Spring 2007
TABL TABLE 2 feet 8 feet
TARGETS TARGETS
PROJECTI PROJECTILE ping-pong ball m = 2.7 g r = 20 mm
RACKS RACKS
SHOTS SHOTS
GOALS GOALS model projectile motion and bouncing motion of ping-pong ball explore probabilities of advantageous shots and racks
MODEL MODEL Angle necessary to reach a target (x, y) with initial velocity v: Launch Angle ( ) Initial Velocity (m/s)
MODEL MODEL Velocity adjusted for air resistance:
MODEL MODEL Trajectory with initial velocity v and angle to reach target (x, y): y x
To help protect your privacy, PowerPoint has blocked automatic download of this picture. FUTU FUTURE WORK: WORK: Bouncing & restitution coefficient: y x Solution: Mathematica’s EventLocator
FUTU FUTURE WORK WORK 3 rd dimension, :
FUTU FUTURE WORK WORK explore probabilities: racks: line racks dense racks shots: arc bounce
QUESTIONS? QUESTIONS? ?
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