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A one-dimensional infinite square-well potential is given by:
\(v(x)=0\,\,for\,\,-\frac{a}{2}<x<+\frac{a}{2}\)= β elsewhere
Let πΈπ (π₯) and Οπ (π₯) be the ground state energy and the corresponding wave function, respectively, if an electron (e) is trapped in that well. Similarly, let πΈΒ΅(π₯) and ΟΒ΅ (π₯) be the corresponding quantities, if a muon (Β΅) is trapped in the well. Choose the correct option:
A one-dimensional infinite square-well potential is given by:
\(v(x)=0\,\,for\,\,-\frac{a}{2}<x<+\frac{a}{2}\)= β elsewhere
Let πΈπ (π₯) and Οπ (π₯) be the ground state energy and the corresponding wave function, respectively, if an electron (e) is trapped in that well. Similarly, let πΈΒ΅(π₯) and ΟΒ΅ (π₯) be the corresponding quantities, if a muon (Β΅) is trapped in the well. Choose the correct option:
\(v(x)=0\,\,for\,\,-\frac{a}{2}<x<+\frac{a}{2}\)= β elsewhere
Let πΈπ (π₯) and Οπ (π₯) be the ground state energy and the corresponding wave function, respectively, if an electron (e) is trapped in that well. Similarly, let πΈΒ΅(π₯) and ΟΒ΅ (π₯) be the corresponding quantities, if a muon (Β΅) is trapped in the well. Choose the correct option:
Updated On: Oct 1, 2024
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The Correct Option is C
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The correct option is: (C): 
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