3A transvelse sinusoidal wave is horiaontal string and dow n throu distance of o Scm The motion u contnuour and is repeated Coebinuosly iso time per secod. If the itring ha a 4nde a tenion of 90N, determine the generated at one end of a long by a bar which "move the end up linear dens ity of 0:25 kg.m- and is kept Speel Amplitad e v) Frequenty I Wave length of the wave in moton 6) Asumng the wave motionis in the -x direcbon and that at t=0, the end posrbon y=0.write an equation of the wave. 9 Determine the veloc aby of the stoing denbed by 2=0 N in its equilibrum and the accelerati on of a particle 62cmprom

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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3t transveise sinusoidal
horlaontal sbing by a bar which move the end up and dow n throud
distance 0 o Šom The motion u conbnuour and is repeated
Conbinuousty iso time per second.
If the itring har a
nder a tenion of 90N, determine the
g enerated at
one end of a long
wave is
linear density of 0:25kg.m
and is
kept
Speal
) Amplitud e
v) Frequenty
10 Wave length of the wave in moton
6) Asumng the wave motionis in the -x direchon and that at
t=0, the end
posrbon y=0.write an equation of the wave.
the stoing dembed by 2=0 Ns in its equilibrum
9 Determine the velocrby and the accelerati on of a parbicle 62cm.from
the
eda te veloertyt acceteration
Transcribed Image Text:3t transveise sinusoidal horlaontal sbing by a bar which move the end up and dow n throud distance 0 o Šom The motion u conbnuour and is repeated Conbinuousty iso time per second. If the itring har a nder a tenion of 90N, determine the g enerated at one end of a long wave is linear density of 0:25kg.m and is kept Speal ) Amplitud e v) Frequenty 10 Wave length of the wave in moton 6) Asumng the wave motionis in the -x direchon and that at t=0, the end posrbon y=0.write an equation of the wave. the stoing dembed by 2=0 Ns in its equilibrum 9 Determine the velocrby and the accelerati on of a parbicle 62cm.from the eda te veloertyt acceteration
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