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A wave is defined by the following equation rad D(x, t) = 6cm · sin ( 27 rad rad (3) %3D m sec 1. Identify • the wave speed3; • the amplitude A; • the frequency f;

A wave is defined by the following equation rad D(x, t) = 6cm · sin ( 27 rad rad (3) %3D m sec 1. Identify • the wave speed3; • the amplitude A; • the frequency f;

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Problem #5 A wave is defined by the following equation D(x, t) = 6cm · sin ( 27 rad rad, -х — п rad (3) t - m sec 1. Identify • the wave speed; • the amplitude A; • the frequency f; • the angular frequency w; • the phase constant po; • the phase o(,t); • the period T; • the wavelength A. 2. is the equation rad D(x, t) = -6cm · sin ( 27 rad t sec rad (4) m 2 describing a wave? If yes, how does it differ from the wave expressed by Eq. 3? 3. how can you express the wave described by Eq. 3 using a cosine function? 4. is Eq. 3 describing a longitudinal or transverse wave? Justify your answer; 5. draw the snapshot graph for t = 1sec; 6. draw the history graph at x = 2m;
Transcribed Image Text:Problem #5 A wave is defined by the following equation D(x, t) = 6cm · sin ( 27 rad rad, -х — п rad (3) t - m sec 1. Identify • the wave speed; • the amplitude A; • the frequency f; • the angular frequency w; • the phase constant po; • the phase o(,t); • the period T; • the wavelength A. 2. is the equation rad D(x, t) = -6cm · sin ( 27 rad t sec rad (4) m 2 describing a wave? If yes, how does it differ from the wave expressed by Eq. 3? 3. how can you express the wave described by Eq. 3 using a cosine function? 4. is Eq. 3 describing a longitudinal or transverse wave? Justify your answer; 5. draw the snapshot graph for t = 1sec; 6. draw the history graph at x = 2m;
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