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(a) For the 1s wavefunction, calculate the probability for the electron to be found within the nucleus, considered to be a sphere of radius R. (b) Evaluate the probability for a nucleus of lead (R = 1.7 fm). (c) Suppose instead that a muon (m = 207me) were in its 1s state. What is the probability to find it inside the lead nucleus?

(a) For the 1s wavefunction, calculate the probability for the electron to be found within the nucleus, considered to be a sphere of radius R. (b) Evaluate the probability for a nucleus of lead (R = 1.7 fm). (c) Suppose instead that a muon (m = 207me) were in its 1s state. What is the probability to find it inside the lead nucleus?

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(a) For the 1s wavefunction, calculate the probability for the electron to be found within the nucleus, considered to be a sphere of radius R. (b) Evaluate the probability for a nucleus of lead (R = 1.7 fm). (c) Suppose instead that a muon (m = 207me) were in its 1s state. What is the probability to find it inside the lead nucleus?
Transcribed Image Text:(a) For the 1s wavefunction, calculate the probability for the electron to be found within the nucleus, considered to be a sphere of radius R. (b) Evaluate the probability for a nucleus of lead (R = 1.7 fm). (c) Suppose instead that a muon (m = 207me) were in its 1s state. What is the probability to find it inside the lead nucleus?
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