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PHYS-1206EL Final: ex 1 calc cont'd

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School
Laurentian
Department
Physics / Physique
Course
PHYS-1206EL
Professor
Galiano

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Document Summary

Average velocity: v = [326. 4 m/s + 348. 5m/s + 348. 5m/s + 345. 6 m/s + 345. 6 m/s + 345. 6 m/s + 345. 6 m/s + 345. 6 m/s + 348. 8 m/s + = [0. 192 m + 0. 205 m + 0. 205 m] / 3. = [0. 108 m + 0. 108 m + 0. 108 m + 0. 108 m + 0. 108 m + 0. 109 m + 0. 109 m] / 7. = [0. 073 m + 0. 073 m + 0. 073 m + 0. 073 m + 0. 075 m + 0. 075 m + 0. 072 m] / 7.

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Physics: Principles with Applications
7th Edition, 2013
Giancoli
ISBN: 9780321625922

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Related Questions

A transverse wave with amplitude 2.5 cm is traveling along a stringin the positive direction. The velocity of the wave is v=30 m/s andthe frequency is 50 Hz. The tension in the string is 25 N/m.

a) What is the wavelength of the wave?
b) If the maximum displacement is at maximum at x=0 and t=0, writedown the formula describing the wave.
c) What is the mass density of the string?
d) What is the maximum speed of particles on the string?

A string of length (L) and mass (M) vibrating with a linearfrequency (f) and amplitude (A) has a periodic transversedisturbance traveling its length at a speed (v).

L = 2.00 meters = length of string
M = 0.005 kg = mass of string
f = 100 Hz = linear frequency of vibration
A = 0.030 meters = amplitude of the period transverse wavetraveling in the string
v = 20 m/s = speed of the transverse wave traveling down thestring

Determine the following:
a) Wavelength of the periodic disturbance
b) Wave number
c) Tension in the string
d) Fundamental frequency in the string
e) Maximum transverse speed and maximum transverse acceleration ofany small bit of string
f) Displacement of the bit of string at x = L/4 when t = 0.5seconds
g) Speed of the bit of string at x = 3L/4 when t = (1/80)seconds
h) Average total energy of waves on the string
i) Average rate at which energy is transmitted along the string