College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Electromagnetic Waves
Electromagnetic waves are waves that consist of magnetic field and electric field components perpendicular to each other. These field components are also perpendicular to the direction of propagation of the wave.
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Use the given data to determine frequency in Hz using omega (frequency in rad/s) using the equation f = omega/(2*pi). Determine the period using T=1/f. Compare this period to the theoretical equation for determining period. 

2п. (т+- 3 |(m+Ms) Tcorrected k
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Transcribed Image Text:2п. (т+- 3 |(m+Ms) Tcorrected k
I theor corrected mass (kg) w (rad/s) f (Hz) T (s) I theor (s) (s) 150 7.44 200 6.47 250 5.8 Mass of spring (kg) 0.16 Force vs extension data for spring constant distance (m) Force (N) k N/m 0.223 2.01 9.013453 0.189 1.723 9.116402 0.14 1.221 8.721429
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Transcribed Image Text:I theor corrected mass (kg) w (rad/s) f (Hz) T (s) I theor (s) (s) 150 7.44 200 6.47 250 5.8 Mass of spring (kg) 0.16 Force vs extension data for spring constant distance (m) Force (N) k N/m 0.223 2.01 9.013453 0.189 1.723 9.116402 0.14 1.221 8.721429
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