17. A particle is in a state (x) = N e-*, where N is a constant. What should be the value of N so that the particle is found in the region [0, 1] with probability equal to 12. AT B) E) 1 1+e-2 C) ₁-4-2 1-6 D) 10 14e-2 18. The quantum state of Hydrogen atom is given below, where subscripts are the values of n, 1, and m. What is the expectation value of the z-component of angular momentum (in units of ħ) in this given state? (r.0,0) = (24100 +4210 + √2211 +√3421-1) D) -1 10
17. A particle is in a state (x) = N e-*, where N is a constant. What should be the value of N so that the particle is found in the region [0, 1] with probability equal to 12. AT B) E) 1 1+e-2 C) ₁-4-2 1-6 D) 10 14e-2 18. The quantum state of Hydrogen atom is given below, where subscripts are the values of n, 1, and m. What is the expectation value of the z-component of angular momentum (in units of ħ) in this given state? (r.0,0) = (24100 +4210 + √2211 +√3421-1) D) -1 10
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![17. A particle is in a state (x) = Nex, where N is a constant. What should be the value of N so
that the particle is found in the region [0, 1] with probability equal to ½.
B)
E) ---/2
SE
1
√1-e-2
1
1+e-2
C) ₁-4-2
1-e
18. The quantum state of Hydrogen atom is given below, where subscripts are the values of n, 1, and
m. What is the expectation value of the z-component of angular momentum (in units of h) in this
given state?
(r.6, 4) =(2100 +4210 + √24211 + √321-1)
D) - 10
$100
10
125
E)---
LIS](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F46219ade-f670-4bb9-9a69-967c727b5c4e%2Fe3cc1ed2-b5b0-403c-b9a3-0f2d8c015949%2F9c6w83d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:17. A particle is in a state (x) = Nex, where N is a constant. What should be the value of N so
that the particle is found in the region [0, 1] with probability equal to ½.
B)
E) ---/2
SE
1
√1-e-2
1
1+e-2
C) ₁-4-2
1-e
18. The quantum state of Hydrogen atom is given below, where subscripts are the values of n, 1, and
m. What is the expectation value of the z-component of angular momentum (in units of h) in this
given state?
(r.6, 4) =(2100 +4210 + √24211 + √321-1)
D) - 10
$100
10
125
E)---
LIS
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