Representing Structures Of Organic Molecules
7 Questions
| Total Attempts: 55
Settings
Questions and Answers
- 1.Any atom, other than hydrogen and helium wants to "feel" like it has ___ electrons.
- A.
8
- B.
6
- C.
2
- D.
10
- 2.
![The fact that atomic bonds tend to be most stable when atoms in the bond have 8 electrons in their valence shells is called the: - ProProfs]( "The fact that atomic bonds tend to be most stable when atoms in the bond have 8 electrons in their valence shells is called the:")
The fact that atomic bonds tend to be most stable when atoms in the bond have 8 electrons in their valence shells is called the:- A.
Rule of eights
- B.
Octet rule
- C.
Octagonal bonding scheme
- D.
"I want 8 electrons more than you want cake" rule
- 3.State the number of electrons in this bond: O=O
- A.
2
- B.
1
- C.
4
- D.
12
- 4.How many valence shell electrons does the middle carbon have in the following structure: C-C-C
- A.
2
- B.
4
- C.
6
- D.
8
- 5.
![How many electrons does the carbon in methane have, including the hydrogen electrons it covalently shares?image credit: http://portal.lions.k12.ar.us/tjones/physci/Photos/Methane-Molecule.gif - ProProfs]( "How many electrons does the carbon in methane have, including the hydrogen electrons it covalently shares?image credit: http://portal.lions.k12.ar.us/tjones/physci/Photos/Methane-Molecule.gif")
How many electrons does the carbon in methane have, including the hydrogen electrons it covalently shares?image credit: http://portal.lions.k12.ar.us/tjones/physci/Photos/Methane-Molecule.gif- A.
10
- B.
4
- C.
8
- D.
2
- 6.
![How many carbons are in this molecule? - ProProfs]( "How many carbons are in this molecule?")
How many carbons are in this molecule? - 7.
![Which of these depictions accurately represents propane, the 3-carbon single-bonded molecule? - ProProfs]( "Which of these depictions accurately represents propane, the 3-carbon single-bonded molecule?")
Which of these depictions accurately represents propane, the 3-carbon single-bonded molecule?- A.
A.
- B.
B.
- C.
C.
- D.
D.
Back to top