Students are exposed to a variety of unrealistic physical experiences seen in movies, video games, and short online videos. A popular classroom activity has students examine footage to identify what aspects of physics are correctly and incorrectly represented.1–7 Some of the physical phenomena pictured might be tricks or illusions made easier to perform with the use of video, while others are removed from their historical context, leaving the audience to form misguided conclusions about what they saw with only the information in the video. One such video in which the late Eric Laithwaite, a successful British engineer and inventor, claims that a spinning wheel “becomes light as a feather” provides an opportunity for students to investigate Laithwaite's claim.8 The use of video footage can engage students in learning physics9 but also provide an opportunity for authentic research experiences.

1.
Michael
Rogers
, “
An inquiry-based course using ‘physics?’ in cartoons and movies
,”
Phys. Teach.
44
,
651
654
(Dec.
2006
).
2.
Douglas
Brown
and
Anne J.
Fox
, “
Innovative uses of video analysis
,”
Phys. Teach.
47
,
145
150
(March
2009
).
3.
David
Kagan
, “
Stolen base physics
,”
Phys. Teach.
51
,
269
271
(May
2013
).
4.
Michael J.
Ruiz
, “
Kinematic measurements from YouTube videos
,”
Phys. Teach.
47
,
200
203
(April
2009
).
5.
Tom
Rogers
,
Insultingly Stupid Movie Physics
, 1st ed. (
Source-books Hysteria
,
IL
,
2007
).
6.
J. R.
Persson
and
J. E.
Hagen
, “
Videos determine the Moon's g
Phys. Educ.
46
,
12
13
(Jan.
2011
).
7.
Richard P.
Hechter
, “
Hockey, iPads, and projectile motion in a physics classroom
,”
Phys. Teach.
51
,
346
347
(Sept.
2013
).
9.
Chandler M.
Dennis
, “
Start using ‘Hollywood Physics’ in your classroom!
Phys. Teach.
40
,
420
424
(Oct.
2002
).
10.
H. D.
Young
,
R. A.
Freedman
, and
F. W.
Sears
,
University Physics
, 11th ed. (
Benjamin-Cummings
,
CA
,
2004
).
11.
J. B.
Marion
and
S. T.
Thornton
,
Classical Dynamics of Particles and Systems
, 5th ed. (
Cengage Learning
,
CA
,
2003
).
12.
Svilen
Kostov
and
Daniel
Hammer
, “
‘It has to go down a little, in order to go around’— Revisiting Feynman on the gyroscope
,”
Phys. Teach.
49
,
216
219
(April
2011
).
13.
J.
Higbie
, “
Precession of a gyroscope
,”
Phys. Teach.
18
,
210
(March
1980
).
14.
George
Patrinicola
, “
Precession of a bicycle wheel
,”
Phys. Teach.
21
,
332
(May
1983
).
15.
John
Cordell
, “
Non-mathematical explanation of precession
,”
Phys. Teach.
49
,
572
573
(Dec.
2011
).
16.
Rod
Cross
, “
The rise and fall of spinning tops
,”
Am. J. Phys.
81
,
280
289
(April
2013
).
17.
E. R.
Laithwaite
,
Engineer Through the Looking-Glass
(
London, England
,
1980
).
18.
Rod
Cross
, “
Laithwaite's heavy spinning disk demonstration
,”
Phys. Teach.
52
,
349
(Sept.
2014
).
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