15.32 · Interference of Triangular Pulses. Two triangular wave pulses are traveling toward each other on a stretched string as shown in Fig. El15.32. Each pulse is identical to the other and travels at 2.00 cm/s. The leading edges of the pulses are 1.00 cm apart at t = 0. Sketch the shape of the string at t = 0.250 s, t = 0.500 s, t = 0.750 s, t = 1.000 s, and t = 1.250 s. %3D

Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter38: Refraction And Images Formed By Refraction
Section: Chapter Questions
Problem 70PQ: A Fill in the missing entries in Table P38.70. Table P38.70
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Figure E15.32
v = 2.00 cm/s
v = 2.00 cm/s
1.00 cm
1.00 cm
1.00 cm
1.00 cm 1.00 cm
1.00 cm 1.00 cm
Transcribed Image Text:Figure E15.32 v = 2.00 cm/s v = 2.00 cm/s 1.00 cm 1.00 cm 1.00 cm 1.00 cm 1.00 cm 1.00 cm 1.00 cm
15.32 · Interference of Triangular Pulses. Two triangular
wave pulses are traveling toward each other on a stretched string
as shown in Fig. E15.32. Each pulse is identical to the other and
travels at 2.00 cm/s. The leading edges of the pulses are 1.00 cm
apart at t = 0. Sketch the shape of the string at t = 0.250 s,
t = 0.500 s, t = 0.750 s, t = 1.000 s, and t = 1.250 s.
Transcribed Image Text:15.32 · Interference of Triangular Pulses. Two triangular wave pulses are traveling toward each other on a stretched string as shown in Fig. E15.32. Each pulse is identical to the other and travels at 2.00 cm/s. The leading edges of the pulses are 1.00 cm apart at t = 0. Sketch the shape of the string at t = 0.250 s, t = 0.500 s, t = 0.750 s, t = 1.000 s, and t = 1.250 s.
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