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Exercise 4. Calculate (x) and (p) in both the configuration and momen- tum space representations for the square wave packet [equations (49) and (50)] and the Gaussian packet [equations (52) and (53)]. V(x) = V2L elporin 1지 < L (49) 1지 > L,

Exercise 4. Calculate (x) and (p) in both the configuration and momen- tum space representations for the square wave packet [equations (49) and (50)] and the Gaussian packet [equations (52) and (53)]. V(x) = V2L elporin 1지 < L (49) 1지 > L,

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Exercise 4. Calculate (x) and (p) in both the configuration and momen- tum space representations for the square wave packet [equations (49) and (50)] and the Gaussian packet [equations (52) and (53)]. 4(x) eiporin, V2L 1지 < L (49) = 0 1지 > L, %3D $(p) = Vh/TL sin [(Po - p)L/h] (50) %3D Po-P x2 (x) = V1/LVT exp (52) %3D 2L? $(p) = VL[hV exp[-(p- Po) L*/2h²], (53)
Transcribed Image Text:Exercise 4. Calculate (x) and (p) in both the configuration and momen- tum space representations for the square wave packet [equations (49) and (50)] and the Gaussian packet [equations (52) and (53)]. 4(x) eiporin, V2L 1지 < L (49) = 0 1지 > L, %3D $(p) = Vh/TL sin [(Po - p)L/h] (50) %3D Po-P x2 (x) = V1/LVT exp (52) %3D 2L? $(p) = VL[hV exp[-(p- Po) L*/2h²], (53)
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