BH3 1. Draw the Lewis Dot diagram for the molecule on a paper/ tablet/ ipad and write the question number. Use lines to represent bonds, and show all lone pairs as dots. If your molecule has 3D shape, make sure to úse wedges and dotted lines. Write the number of valence electrons next to the drawing. Upload your work. Note: No credit will be given if the dot structure is incorrect. 2. Select the name that best describes the electron geometry/ electron pair geometry: [ Select ] 3. Select the name that best describes the molecular geometry/ molecular shape: [ Select ] 4. Select the closest bond angle(s) for the molecule (°): [ Select ] 5. Is the molecule polar or non-polar: [ Select ]
BH3 1. Draw the Lewis Dot diagram for the molecule on a paper/ tablet/ ipad and write the question number. Use lines to represent bonds, and show all lone pairs as dots. If your molecule has 3D shape, make sure to úse wedges and dotted lines. Write the number of valence electrons next to the drawing. Upload your work. Note: No credit will be given if the dot structure is incorrect. 2. Select the name that best describes the electron geometry/ electron pair geometry: [ Select ] 3. Select the name that best describes the molecular geometry/ molecular shape: [ Select ] 4. Select the closest bond angle(s) for the molecule (°): [ Select ] 5. Is the molecule polar or non-polar: [ Select ]
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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![For the molecule given below:
BH3
1. Draw the Lewis Dot diagram for the molecule on a paper/ tablet/ ipad and write the question number. Use lines to
represent bonds, and show all lone pairs as dots. If your molecule has 3D shape, make sure to úse wedges and dotted
lines. Write the number of valence electrons next to the drawing. Upload your work.
Note: No credit will be given if the dot structure is incorrect.
2. Select the name that best describes the electron geometry/ electron pair geometry:
[ Select ]
[ Select ]
3. Select the name that best describes the molecular geometry/molecular shape:
[ Select ]
4. Select the closest bond angle(s) for the molecule (°):
5. Is the molecule polar or non-polar:
[ Select ]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2ad425e7-ab53-4e69-9c98-0161fccf0e7e%2F7a6e690e-d0fb-4715-b323-330abbc5c4cc%2Fkow8usw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the molecule given below:
BH3
1. Draw the Lewis Dot diagram for the molecule on a paper/ tablet/ ipad and write the question number. Use lines to
represent bonds, and show all lone pairs as dots. If your molecule has 3D shape, make sure to úse wedges and dotted
lines. Write the number of valence electrons next to the drawing. Upload your work.
Note: No credit will be given if the dot structure is incorrect.
2. Select the name that best describes the electron geometry/ electron pair geometry:
[ Select ]
[ Select ]
3. Select the name that best describes the molecular geometry/molecular shape:
[ Select ]
4. Select the closest bond angle(s) for the molecule (°):
5. Is the molecule polar or non-polar:
[ Select ]
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