13. According to Molecular Orbital Theory, which of the following diatomic molecule NOT likely to form spontaneously in the gas phase? A. Li2 В. Ве2 С. В2 D. C2 E. None of these diatomic molecules are likely to form in the gas phase.

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Chapter1: Chemical Foundations
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13.According to Molecular Orbital Theory, which of the following diatomic molecules is
NOT likely to form spontaneously in the gas phase?
A. Liz
В. Вег
С. В2
D. C2
E. None of these diatomic molecules are likely to form in the gas phase.
14. Which of the following elements is least likely to form an ion with a +1 charge?
A. Aluminum (AI)
B. Magnesium (Mg)
C. Potassium (K)
D. Rubidium (Rb)
E. Sodium (Na)
15. According to Molecular Orbital Theory, which of the following diatomic molecules is
paramagnetic?
А. Н2
В. Liz
С. В2
D. F2
E. None of these molecules are paramagnetic
16. The ground state electron configuration of a copper atom is?
A. 1s°2s°2p®3s?3p®4s²4p®3d³
B. 1s22s?2p®3s23p63d11
C. 1s22s?2p®3s?3p 4s13d10
D. 1s°2s?2p®3s?3p®4s²3d°
E. None of the above
Transcribed Image Text:13.According to Molecular Orbital Theory, which of the following diatomic molecules is NOT likely to form spontaneously in the gas phase? A. Liz В. Вег С. В2 D. C2 E. None of these diatomic molecules are likely to form in the gas phase. 14. Which of the following elements is least likely to form an ion with a +1 charge? A. Aluminum (AI) B. Magnesium (Mg) C. Potassium (K) D. Rubidium (Rb) E. Sodium (Na) 15. According to Molecular Orbital Theory, which of the following diatomic molecules is paramagnetic? А. Н2 В. Liz С. В2 D. F2 E. None of these molecules are paramagnetic 16. The ground state electron configuration of a copper atom is? A. 1s°2s°2p®3s?3p®4s²4p®3d³ B. 1s22s?2p®3s23p63d11 C. 1s22s?2p®3s?3p 4s13d10 D. 1s°2s?2p®3s?3p®4s²3d° E. None of the above
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