1). Which d-orbitals become t, orbitals according to the character table below? Character table for Ta point group Esc, c, 6s, linear, quadratie rotations TOO I R, R. R K. y. ) a. d and d. b. dand d, c. dand d d. d, and d. 2). Which one of the following reactions is incorrect? a. [PtBr.) + 2PR, à trans-[PtBr,(PR,)) + 2Br b. [Pt(NH,)Br] + NH, àcis-[Pt(NH,),Br.] + Br c. [Pt(CH,=CH,)CIJ + NH, àtrans-[Pt(CH,=CH,)(NH,)CIJ + CI d. [Pt(PR,).J" + 2CI à trans-[PICI,(PR,)) + 2PR, 3). What is the crystal field stabilization energy of (Ir(bpy).]^? . а. О b. -2.4Ao + 3P C. -2.4Ao + 2P d. -0.4Ao + P 4). What is the crystal field stabilization energy of (Mn(H,O).}^? (H,O is a weak field ligand) а. 0 b. 2Δο + 2P C. -Ao + 2P d. -Ao +P

1). Which d-orbitals become t, orbitals according to the character table below? Character table for Ta point group Esc, c, 6s, linear, quadratie rotations TOO I R, R. R K. y. ) a. d and d. b. dand d, c. dand d d. d, and d. 2). Which one of the following reactions is incorrect? a. [PtBr.) + 2PR, à trans-[PtBr,(PR,)) + 2Br b. [Pt(NH,)Br] + NH, àcis-[Pt(NH,),Br.] + Br c. [Pt(CH,=CH,)CIJ + NH, àtrans-[Pt(CH,=CH,)(NH,)CIJ + CI d. [Pt(PR,).J" + 2CI à trans-[PICI,(PR,)) + 2PR, 3). What is the crystal field stabilization energy of (Ir(bpy).]^? . а. О b. -2.4Ao + 3P C. -2.4Ao + 2P d. -0.4Ao + P 4). What is the crystal field stabilization energy of (Mn(H,O).}^? (H,O is a weak field ligand) а. 0 b. 2Δο + 2P C. -Ao + 2P d. -Ao +P

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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