4. [5pt] A Lorentzian wave pulse is described by y(x,t) = Aγ²/((x−vt)²+γ²) . Suppose A =...

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4. [5pt] A Lorentzian wave pulse is described by y(x,t) = Aγ²/((x−vt)²+γ²) . Suppose A =...

4. [5pt] A Lorentzian wave pulse is described by y(x,t) = Aγ²/((x−vt)²+γ²) . Suppose A = 3.0 cm, γ = 5.0 cm, and v = 4.0 m/s. a) Plot the function for t = 0.55 s. b) What is the speed of the particle at x = 2.00 m and t = 0.55 s? [ans. -0.19 cm/s] Question to be Graded Manually.

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Answered written in sheet first part a and in page 2 part b

2. AY Suppose 3 om . E 5Cmn 3 x 25 (X-900 t)2+15 let us plot fuD09 for t= 0.5s sec 75 2. ス-40070-5S-ナ25 (*- 220+ 25 2. (xit) 0.00 0 200 220 25 et s Fiodl out Speed of Particie dt -1 dlt but we bave to ficd ^ at 2. 200-900ズ0.55 -t 25 ︺ve di vection

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4. [5pt] A Lorentzian wave pulse is described by y(x,t) = Aγ²/((x−vt)²+γ²) . Suppose A =...

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