(i) A muon has a position uncertainty of 3x10-7 m. Calculate its minimum energy using uncertainty principle. (ii) If another muon was in the ground state of a 1D box of length 3x10-7 m, what will be its corresponding energy? (ii) Can you comment on the difference between the two results? Given mass of muon is 1.88×10-28 Kg.
(i) A muon has a position uncertainty of 3x10-7 m. Calculate its minimum energy using uncertainty principle. (ii) If another muon was in the ground state of a 1D box of length 3x10-7 m, what will be its corresponding energy? (ii) Can you comment on the difference between the two results? Given mass of muon is 1.88×10-28 Kg.
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![(i) A muon has a position uncertainty of 3x10-7 m.
Calculate its minimum energy using uncertainty
principle. (ii) If another muon was in the ground
state of a 1D box of length 3x10-7 m, what will be
its corresponding energy? (ii) Can you comment
on the difference between the two results? Given
mass of muon is 1.88x10-28 Kg.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F90a7b276-4726-4bba-b750-f68ce7ac21ed%2F5d8d4a8e-e13a-4633-955c-7e1d94225d85%2Fusrwkp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(i) A muon has a position uncertainty of 3x10-7 m.
Calculate its minimum energy using uncertainty
principle. (ii) If another muon was in the ground
state of a 1D box of length 3x10-7 m, what will be
its corresponding energy? (ii) Can you comment
on the difference between the two results? Given
mass of muon is 1.88x10-28 Kg.
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