How Many Covalent Bonds Can An Oxygen Atom Form? - Blurtit

How Many Covalent Bonds Can An Oxygen Atom Form? 1

1 Answers

Vincent Davis answered The oxidation no. Of Oxygen (elemental symbol O) is 2-, this means that Oxygen is capable of gaining two electrons and is capable of forming 2 covalent bonds. A covalent bond is formed when electron share orbitals.

You might also like...

• How Are Covalent Bonds Formed?

  Science

  A covalent bond is defined as a chemical bond between two atoms or radicals. It is formed by the sharing...

• How Many Covalent Bonds Can A Carbon Atom Form?

  Savings Bonds

  A carbon atom is capable of holding up to four bonds, such as the molecular structure of diamond which...

• Use The Concept Of Potential Energy To Describe How A Covalent Bond Forms Between Two Atoms?

  Physics

  Two compounds exist apart and are stable. They have a certain "chemical potential" or potential energy....

• The Ability Of An Atom To Attract The Shared Electrons In A Covalent Bond Is What?

  Chemistry

  Electronegitivity is defined as the energy necessary to remove an electron from its orbital this definition...

• How Many Covalent Bonds Can A Single Hydrogen Atom Make?

  Chemistry

  1 because it only has 1 valence electron to bond with....

• How Many Electrons Are Shared Per Covalent Bond?

  Chemistry

  Covalent bond can be classified as single covalent bond, double covalent bond and triple covalent bond....

• How Many Covalent Bonds Will Bromine And Iodine Normally Form?

  Savings Bonds

  Bromine and Iodine normally from 4 covalent bonds, and they are +1, +3, +5 and +7....

• The Electron Configuration Of An Oxygen Atom Is 1s22s22p4. How Many Valence Electrons Does An Oxygen Atom Have?

  Chemistry

  Valence electrons are those that are in the highest principal energy level. This is the 2nd principal...

• How Many Covalent Bonds Does A Methane Molecule Have?

  Chemistry

  A methane molecule (CH4)has four carbon-hydrogen covalent bonds...

• Will Fluorine Atoms Form Bonds?

  Chemistry

  Yes, Fluorine atoms have a strong tendency to form bonds and will reactstrongly with other substances...

Answer Question

Answer

• 1 Answers
• 2.7k Views
• 0 Followers
• 0 Favorites

Related Reading

• How Many Covalent Bonds Can A Carbon Atom Form?

• How Many Covalent Bonds Can A Single Hydrogen Atom Make?

• How Many Covalent Bonds Will Bromine And Iodine Normally Form?

• What Is The Number Of Covalent Bonds Needed For Nitrogen To Satisfy The Octet Rule?

• How Are Covalent Bonds Formed?

• A Carbon Atom Is Most Likely To Form What Kind Of Bonds With Other Atoms?

• Which Of The Following Elements Does Not Form Bonds Easily Because It Has A Full Outer Shell? A. Aluminum B. Carbon C. Helium D. Calcium

• How Many Covalent Bonds Does A Methane Molecule Have?

• What Is The Total Number Of Covalent Bonds Normally Associated With A Single Carbon Atom In A Compound?

• What Does An Oxygen Atom Look Like?

?

Here are some related questions which you might be interested in reading.

Popular

• Is It A Sign Of Cheating If I Gave My Boyfriend My Password To My Myspace And Then I Asked For His But He Said No Theres Personal Stuff On There?

• Should I Try Sex?

• Do you think kids cheating on school work can be prevented?

• What Do You Think Of Outsourcing?

• Im a 19 year guy and i met a 13 year old girl is it morally wrong or illegal to do stuff with her except sex?

• How can you tell when someone has a mental disability and when someone is just plain stupid?

• How do you let a guy down easily?

• I want fish/dolphin wallpaper but not childish...styleish, ant help?

• If Homosexuals Are Correct In Claiming That Homosexuality Is 'In The Genes', Therefore Making Their Practice Quite 'Normal' , Then Doesn't This Also Apply To Paedophiles?

• Do you think that Blurtit should display an 'up-vote' and when you 'thank' a writer in your feed? Or is this not necessary?

• Is It Possible To Justify The Fact That You Have Two Boyfriends?

• Connect
• Connect
• Connect

• All Topics
• Science
• Chemistry

Didn't find the answer you were looking for? Ask a Question