Question

Determine the electron domain geometry and molecular geometry of N2O (N central). A. electron domain geometry = linear, molecular geometry = trigonal planar B. electron domain geometry = tetrahedral, molecular geometry = bent C. electron domain geometry = trigonal planar, molecular geometry = bent D. electron domain geometry = linear, molecular geometry = linear E. electron domain geometry = tetrahedral, molecular geometry = linear

Name: determine the electron domain geometry and molecular geometry of n2o n central a electron domain geometry linear molecular geometry trigonal planar b electron domain geometry tetrahedral mol 11179
Uploaded: 2023-08-14T06:46:08-08:00
Duration: 1 min 53 s
Channel: Madhur L
Description: determine the electron domain geometry and molecular geometry of n2o n central a electron domain geometry linear molecular geometry trigonal planar b electron domain geometry tetrahedral mol 11179

          Determine the electron domain geometry and molecular geometry of
N2O (N central).
A.
electron domain geometry = linear,
              
molecular geometry = trigonal planar
B.
electron domain geometry = tetrahedral,
                  
molecular geometry = bent
C.
electron domain geometry = trigonal planar, molecular geometry =
bent
D.
electron domain geometry = linear,
              
molecular geometry = linear
E.
electron domain geometry = tetrahedral,
                  
molecular geometry = linear

Added by Richard B.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Madhur L

08/14/2023

Step 1

N2O has 16 valence electrons: 5 from each nitrogen atom and 6 from the oxygen atom. The Lewis structure is: N = N - O Now, we need to determine the electron domain geometry and molecular geometry. The central nitrogen atom has 3 electron domains: 1 single bond Show more…

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Determine the electron domain geometry and molecular geometry of N2O (N central). A. electron domain geometry = linear, molecular geometry = trigonal planar B. electron domain geometry = tetrahedral, molecular geometry = bent C. electron domain geometry = trigonal planar, molecular geometry = bent D. electron domain geometry = linear, molecular geometry = linear E. electron domain geometry = tetrahedral, molecular geometry = linear