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Relevant article: Mining the Internet for Physics Data: Sports Equipment




Topic/SummaryPhysics ConceptsDifficultyFiles
Use NTSB data from a runway
overrun to reproduce their
conclusions.

(Photo courtesy NTSB.)
1D Kinematics Medium PDF
Use data from a study of shot
putting speed and height vs. angle
to determine optimum launch angle.

(Photo by Photographer's Mate 1st Class
Matthew L. Romano, courtesy U.S. Navy.)
Projectiles Medium PDF
Consider the optimum angle for
engine exhaust from a dragster.

(Photo by Lt. Col. William Thurmond,
courtesy U.S. Army.)
Force Medium*

*derivative
used
PDF
Use Car and Driver data to find
power delivered by Mustang's engine.

(Photo by A. Syed,
courtesy Stock.XCHNG images.)
Energy
Force
Medium PDF
Find energy delivered by the
three NOAA classes of hail.

(Photo courtesy NOAA Photo Library.)
Energy
Force
Easy PDF
Use EPA test schedules to
examine hybrid fuel efficiency.

(Photo courtesy Wikimedia Commons.)
Energy Medium PDF
Use data gathered from commercial
racket manufacturers to
investigate optimum racket mass.

(Photo by Chris Pawl.)
Momentum
Energy
Difficult PDF
Investigate why the Martin Jetpack
needs 5x the hp of a personal
helicopter.

(Photos courtesy Martin Aircraft Company (left)
and GEN Corporation (right).)
Momentum
Energy
Medium PDF
Consider why cranes with two-element
booms preferentially move the top part
and look at the force required to
stabilize that part.
Statics Medium PDF
Use data from the 2000 Olympics
to investigate the impulse
delivered to a vaulter by the
vaulting horse.

(Photo by Raphael Goetter, courtesy Flickr.)
Impulse
Force
Projectiles
Difficult
Short Version (PDF)

Long Version (PDF)
Use data from high-speed video
to investigate the difference
between the time-averaged and
distance-averaged force
acting on a tennis ball
impacting a surface.
SHM
Force
Impulse
Work
Difficult
PDF

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Please address comments or questions to Andrew Pawl (aepawl_AT_mit.edu).

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