Bio1332 Biochemistry - Lectures Five & Six - Bonding In Organic Molecules

11 Questions | Attempts: 73
Please wait...
Question 1 / 11
0 %
0/100
Score 0/100
1. Fill in the blank:  ____________ are the only elements which do not use hybrid orbitals to bond to carbon, and instead bond through an unhybridised p-orbital.
Submit
Please wait...
About This Quiz
Bio1332 Biochemistry - Lectures Five & Six - Bonding In Organic Molecules - Quiz

.

2.
We’ll put your name on your report, certificate, and leaderboard.
2. Complete the following sentence:Two _-orbitals can overlap to give a pi-bond.
Submit
3. Complete the following sentence:Alternating single and double/tripled bonds gives ___________ systems.
Submit
4. Complete the following sentence:The modern definition of organic chemistry is "the chemistry of compounds of _________".
Submit
5. Complete the following sentence:Any element other than carbon or hydrogen is known as a ___________.
Submit
6. True or False?Nitrogen can form single, double or triple bonds.
Submit
7. What happens during the hybridisation of carbon?
Submit
8. How is the hybridised carbon atom able to bond?
Submit
9. What is the correct definition of organic chemistry?
Submit
10. How many electrons does carbon have?
Submit
11. Match the hybridisations to their shapes.
Submit
View My Results
Cancel
  • All
    All (11)
  • Unanswered
    Unanswered ()
  • Answered
    Answered ()
Fill in the blank:  ____________ are the only elements which do...
Complete the following sentence:Two _-orbitals can overlap to give a...
Complete the following sentence:Alternating single and double/tripled...
Complete the following sentence:The modern definition of organic...
Complete the following sentence:Any element other than carbon or...
True or False?Nitrogen can form single, double or triple bonds.
What happens during the hybridisation of carbon?
How is the hybridised carbon atom able to bond?
What is the correct definition of organic chemistry?
How many electrons does carbon have?
Match the hybridisations to their shapes.
Alert!

Back to Top Back to top
Advertisement