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QUESTION 5 Which two sets of 4 quantum numbers could describe an electron in a 4p orbital? Check the box in front of each correct set of the two. On=4 = 1 On=4 = 2 On=4 l = 1 On=4 = 1 On=4 = -1 mg = 1 mg = 0 mg = 2 mg = 0 mg = 1 = -1/2 mg = mg = +1/2 mg = -1/2 mg = +1/2 mg = +1/2

QUESTION 5 Which two sets of 4 quantum numbers could describe an electron in a 4p orbital? Check the box in front of each correct set of the two. On=4 = 1 On=4 = 2 On=4 l = 1 On=4 = 1 On=4 = -1 mg = 1 mg = 0 mg = 2 mg = 0 mg = 1 = -1/2 mg = mg = +1/2 mg = -1/2 mg = +1/2 mg = +1/2

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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**Question 5** Which two sets of 4 quantum numbers could describe an electron in a 4p orbital? Check the box in front of each correct set of the two. - [ ] \( n = 4 \quad \ell = 1 \quad m_{\ell} = 1 \quad m_s = -1/2 \) - [ ] \( n = 4 \quad \ell = 2 \quad m_{\ell} = 0 \quad m_s = +1/2 \) - [ ] \( n = 4 \quad \ell = 1 \quad m_{\ell} = 2 \quad m_s = -1/2 \) - [ ] \( n = 4 \quad \ell = 1 \quad m_{\ell} = 0 \quad m_s = +1/2 \) - [ ] \( n = 4 \quad \ell = -1 \quad m_{\ell} = 1 \quad m_s = +1/2 \) *Click Save and Submit to save and submit. Click Save All Answers to save all answers.*
Transcribed Image Text:**Question 5** Which two sets of 4 quantum numbers could describe an electron in a 4p orbital? Check the box in front of each correct set of the two. - [ ] \( n = 4 \quad \ell = 1 \quad m_{\ell} = 1 \quad m_s = -1/2 \) - [ ] \( n = 4 \quad \ell = 2 \quad m_{\ell} = 0 \quad m_s = +1/2 \) - [ ] \( n = 4 \quad \ell = 1 \quad m_{\ell} = 2 \quad m_s = -1/2 \) - [ ] \( n = 4 \quad \ell = 1 \quad m_{\ell} = 0 \quad m_s = +1/2 \) - [ ] \( n = 4 \quad \ell = -1 \quad m_{\ell} = 1 \quad m_s = +1/2 \) *Click Save and Submit to save and submit. Click Save All Answers to save all answers.*
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The set of 4 integer required to define an electron completely in an atom are called quantum number.  Principal quantum number is denoted by n and its value is always integer. Aisi murthal quantum number is denoted by l and its value lies 0,1,2,3...n-1.   Magnetic quantum number is denoted by m it can have value from -l to  + l including zero. Spin quantum number describe the spin of electrons    it has two value +1/2 and -1/2

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