Match each of the following ions and molecules with its correct molecular geomet IC1 NH CIO3...

 

 

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Match each of the following ions and molecules with its correct molecular geomet IC1₂ NH₂ CIO3 BC tetrahedral trigonal pyramidal linear trigonal planar estion 12 of 15 (1 point) Complete the Lewis structure of the chlorite ion, CIO₂, which is used as a bleaching agent. Complete only the two resonance structures in which the formal charges are closest to zero. Hint 1 C Click on the +/- button to add a formal charge to an atom. Suggest a hybridization scheme for the central chlorine atom that accounts for the structures you have drawn. O CI sp sp² sp³ Molecular Geometry trigonal planar trigonal pyramid bent T-shane Check Answer Question 11 of 15 (1 point) COAST Tutorial Problem What is the valence molecular orbital configuration (according to MO theory) of homonuclear diatomic species where the atoms have an atomic number greater than seven? (Note that here we are distinguishing degenerate orbitals from each other where the two 's are shown as ap=2py) Hint 02550*2<02px<112p=112y<112p=112p<0 2px 028<0*28 <02px<112p=112py 02 <0*26 <112p=112p<0x<12p=11* 2y<0*2px How many electrons are there in the antibonding orbitals of the following cations? Progress: Number 10 7 8 <o²2px o; 0 9 Number Number 10 10 11 12 13 14 15 Number Br 0 Check Answer uestion 10 of 15 (1 point) Under appropriate conditions, 12 can be oxidized to 12₂, which is bright blue. The corresponding anion, 1₂. is not known. Use the molecular orbital diagram in the figure below to explain why 12 is more stable than 12. Hint 12 has a bond order of -1 and is unstable. 12 has a bond order of 0 and is unstable. 12 has a bond order of 3 and is highly stable. 12 has a bond order of 0.5 while 12 has a bond order of 1.5 and is more stable. 12 has a bond order of 0.5 while l2 has a bond order of 2.5 and is more stable. 11 12 13 14 Periodic Table Ebook 15 Check Answer OSP TTSP SP 05P View Soluti Calculator Periodic Table RE on 9 of 15 (1 point) Cyclic structures exist for many compounds of carbon and hydrogen. Describe the hybridization aroun each carbon atom in benzene (C6H6), cyclobutane (C4H8), and cyclobutene (C4H6). Match each of the following ions and molecules with its correct molecular geomet IC1₂ NH₂ CIO3 BC tetrahedral trigonal pyramidal linear trigonal planar estion 12 of 15 (1 point) Complete the Lewis structure of the chlorite ion, CIO₂, which is used as a bleaching agent. Complete only the two resonance structures in which the formal charges are closest to zero. Hint 1 C Click on the +/- button to add a formal charge to an atom. Suggest a hybridization scheme for the central chlorine atom that accounts for the structures you have drawn. O CI sp sp² sp³ Molecular Geometry trigonal planar trigonal pyramid bent T-shane Check Answer Question 11 of 15 (1 point) COAST Tutorial Problem What is the valence molecular orbital configuration (according to MO theory) of homonuclear diatomic species where the atoms have an atomic number greater than seven? (Note that here we are distinguishing degenerate orbitals from each other where the two 's are shown as ap=2py) Hint 02550*2<02px<112p=112y<112p=112p<0 2px 028<0*28 <02px<112p=112py 02 <0*26 <112p=112p<0x<12p=11* 2y<0*2px How many electrons are there in the antibonding orbitals of the following cations? Progress: Number 10 7 8 <o²2px o; 0 9 Number Number 10 10 11 12 13 14 15 Number Br 0 Check Answer uestion 10 of 15 (1 point) Under appropriate conditions, 12 can be oxidized to 12₂, which is bright blue. The corresponding anion, 1₂. is not known. Use the molecular orbital diagram in the figure below to explain why 12 is more stable than 12. Hint 12 has a bond order of -1 and is unstable. 12 has a bond order of 0 and is unstable. 12 has a bond order of 3 and is highly stable. 12 has a bond order of 0.5 while 12 has a bond order of 1.5 and is more stable. 12 has a bond order of 0.5 while l2 has a bond order of 2.5 and is more stable. 11 12 13 14 Periodic Table Ebook 15 Check Answer OSP TTSP SP 05P View Soluti Calculator Periodic Table RE on 9 of 15 (1 point) Cyclic structures exist for many compounds of carbon and hydrogen. Describe the hybridization aroun each carbon atom in benzene (C6H6), cyclobutane (C4H8), and cyclobutene (C4H6).

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In IC15 the molecule has 7271 22 valence electrons The three l... View the full answer