7. Assume that each of the following atoms reacts with ,hydrogen: (i) boron; (ii) silicon; (iii) nitrogen; and (iv) chlorine. TA C (a) Write the electron configuration for each atom. (b) Draw the orbital diagrams, showing the valence electrons. (c) Determine whether any electron needs to be promoted. If so, draw a new orbital diagram showing the excited-state atom. Chapter 4 • Chemical Bonding

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Chapter1: Chemical Foundations
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7. Assume that each of the following atoms reacts with
,hydrogen: (i) boron; (ii) silicon; (iii) nitrogen; and
(iv) chlorine. u TA C
(a) Write the electron configuration for each atom.
(b) Draw the orbital diagrams, showing the valence
electrons.
(c) Determine whether any electron needs to be
promoted. If so, draw a new orbital diagram
showing the excited-state atom.
Chapter 4 Chemical Bonding
Transcribed Image Text:7. Assume that each of the following atoms reacts with ,hydrogen: (i) boron; (ii) silicon; (iii) nitrogen; and (iv) chlorine. u TA C (a) Write the electron configuration for each atom. (b) Draw the orbital diagrams, showing the valence electrons. (c) Determine whether any electron needs to be promoted. If so, draw a new orbital diagram showing the excited-state atom. Chapter 4 Chemical Bonding
9. The molecule CH,CH=CHCH,CH, is a 5-carbon
chain with 1 double bond between the second and
third carbon atoms. Use the VSEPR theory to describe
the geometry around each of the carbon atoms.
10. Create a table with the headings shown in Table 3.
Then, complete the table by filling in the appropriate
information for each of the following compounds:
NBR3; CS; SeH,; SeF; ICI,; ICI; CH,Cl; BrCl,;
BrF3; Xel,; SBr; BrO,; OF,; CF,Cl,; H,Se; and
PBr. O
Table 3
Number
of pairs of
electrons on
Compound central atom pairs
Number
of lone
Name of
Diagram
of shape
shape
Transcribed Image Text:9. The molecule CH,CH=CHCH,CH, is a 5-carbon chain with 1 double bond between the second and third carbon atoms. Use the VSEPR theory to describe the geometry around each of the carbon atoms. 10. Create a table with the headings shown in Table 3. Then, complete the table by filling in the appropriate information for each of the following compounds: NBR3; CS; SeH,; SeF; ICI,; ICI; CH,Cl; BrCl,; BrF3; Xel,; SBr; BrO,; OF,; CF,Cl,; H,Se; and PBr. O Table 3 Number of pairs of electrons on Compound central atom pairs Number of lone Name of Diagram of shape shape
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