2.7 (a) A Gaussian wave packet is associated with an electron localised at time t = 0 to within a distance of 10–10 m. S

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2.7 (a) A Gaussian wave packet is associated with an electron localised at time t = 0 to within a distance of 10–10 m. S

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2 7 A A Gaussian Wave Packet Is Associated With An Electron Localised At Time T 0 To Within A Distance Of 10 10 M S 1
2 7 A A Gaussian Wave Packet Is Associated With An Electron Localised At Time T 0 To Within A Distance Of 10 10 M S 1 (35.33 KiB) Viewed 39 times
2.7 (a) A Gaussian wave packet is associated with an electron localised at time t = 0 to within a distance of 10–10 m. Show that this wave packet will have spread to twice its size after a time t - 10-16 S. Consider now a Gaussian wave packet associated with a proton localised at time t = 0 to within a distance of 10–14 m. Find the time after which this wave packet will have doubled in size. (b)
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