Question

For the following compound, NF3, a. The Lewis dot structure for NF3 is drawn below and its molecular geometry is trigonal pyramid. Draw NF3 in the trigonal pyramid shape. :F: .. | .. :F-N-F: .. .. .. b. Calculate the bond polarity for the bonds in NF3. c. Using your molecular shape drawing in part a, draw all bond polarity arrows. d. Are the bond polarity arrows adding or cancelling? Briefly explain. e. Is NF3 polar or nonpolar? Briefly explain with the bond polarity arrows AND the molecular shape. f. Identify the intermolecular force(s) in NF3. Briefly explain.

          For the following compound, NF3,

a. The Lewis dot structure for NF3 is drawn below and its molecular geometry is trigonal pyramid. Draw NF3 in the trigonal pyramid shape.

:F:
.. | ..
:F-N-F:
.. .. ..

b. Calculate the bond polarity for the bonds in NF3.

c. Using your molecular shape drawing in part a, draw all bond polarity arrows.

d. Are the bond polarity arrows adding or cancelling? Briefly explain.

e. Is NF3 polar or nonpolar? Briefly explain with the bond polarity arrows AND the molecular shape.

f. Identify the intermolecular force(s) in NF3. Briefly explain.

For the following compound, NF3,

a. The Lewis dot structure for NF3 is drawn below and its molecular geometry is trigonal pyramid. Draw NF3 in the trigonal pyramid shape.

:F:
.. | ..
:F-N-F:
.. .. ..

b. Calculate the bond polarity for the bonds in NF3.

c. Using your molecular shape drawing in part a, draw all bond polarity arrows.

d. Are the bond polarity arrows adding or cancelling? Briefly explain.

e. Is NF3 polar or nonpolar? Briefly explain with the bond polarity arrows AND the molecular shape.

f. Identify the intermolecular force(s) in NF3. Briefly explain.

Added by Alisha C.

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