Consider a thin spherical shell located between r = 0.49ao and 0.51ao. For the n = 2, 1 = 1 state of hydrogen, find the probability for the electron to be found in a small volume element that subtends a polar angle of 0.11° and an azimuthal angle of 0.25° if the center of the volume element is located at: 0=5°, p=15°. Probability when n=2,1=1,m=0 Probability when n=2,l=1,m=t1
Consider a thin spherical shell located between r = 0.49ao and 0.51ao. For the n = 2, 1 = 1 state of hydrogen, find the probability for the electron to be found in a small volume element that subtends a polar angle of 0.11° and an azimuthal angle of 0.25° if the center of the volume element is located at: 0=5°, p=15°. Probability when n=2,1=1,m=0 Probability when n=2,l=1,m=t1
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![Consider a thin spherical shell located between r = 0.49ao and 0.51a0. For the n = 2, 1 = 1 state of hydrogen, find the probability for the electron to be found in a small volume element that subtends a
polar angle of 0.11° and an azimuthal angle of 0.25° if the center of the volume element is located at: 0=5°, p=15°.
Probability when n=2,I=1,m=0
Probability when n=2,l=1,m=+1|](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa8c2864e-cd5c-4f5f-a55b-f9fdd81c2753%2F70feb6eb-456a-4e8d-ac0e-34efe7af4e40%2Fylgzj0q_processed.png&w=3840&q=75)
Transcribed Image Text:Consider a thin spherical shell located between r = 0.49ao and 0.51a0. For the n = 2, 1 = 1 state of hydrogen, find the probability for the electron to be found in a small volume element that subtends a
polar angle of 0.11° and an azimuthal angle of 0.25° if the center of the volume element is located at: 0=5°, p=15°.
Probability when n=2,I=1,m=0
Probability when n=2,l=1,m=+1|
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