It is known that 200 particles out of every 1000 particles in the infinite well potential with a width of [0, L] have 16E1 energy and the rest have 81E1 energy. Set up and normalize the wave function that gives the state of this system. (Wave function of the particle in the infinite well )
It is known that 200 particles out of every 1000 particles in the infinite well potential with a width of [0, L] have 16E1 energy and the rest have 81E1 energy. Set up and normalize the wave function that gives the state of this system. (Wave function of the particle in the infinite well )
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![It is known that 200 particles out of every 1000
particles in the infinite well potential with a width of
[0, L] have 16E1 energy and the rest have 81E1
energy. Set up and normalize the wave function that
gives the state of this system.
(Wave function of the particle in the infinite well )
12:36 PM](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9fd7d6cc-f954-496d-8f8b-9e0315ac076c%2F3ca3c7e7-9fce-49d8-ad55-4cb0e738ea28%2Fb4l6noq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:It is known that 200 particles out of every 1000
particles in the infinite well potential with a width of
[0, L] have 16E1 energy and the rest have 81E1
energy. Set up and normalize the wave function that
gives the state of this system.
(Wave function of the particle in the infinite well )
12:36 PM
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