Is a positive charge attracted to the electrons around atoms?

[k9b4]

An atom has an equal amount of positive and negative charges. But those charges are not all in exactly the same spot. Electrons are closer to other atoms than the protons are. So, would a lone positive charge be attracted towards the electrons in an atom?

 

[dipole]

Absolutely - a lone proton will induce a dipole in a neutral atom and can bond covalently. Compare the bond energies of adding a proton to a molecule,

http://en.wikipedia.org/wiki/Proton_affinity_%28data_page%29

to the energy of the same covalently bonded molecules,

http://chemwiki.ucdavis.edu/Theoretical_Chemistry/Chemical_Bonding/General_Principles/Bond_Energies

they are of the same order or even higher. So an H+ ion will form a very strong bond with most molecules.

 

[k9b4]

Absolutely - a lone proton will induce a dipole in a neutral atom and can bond covalently. Compare the bond energies of adding a proton to a molecule,

http://en.wikipedia.org/wiki/Proton_affinity_%28data_page%29

to the energy of the same covalently bonded molecules,

http://chemwiki.ucdavis.edu/Theoretical_Chemistry/Chemical_Bonding/General_Principles/Bond_Energies

they are of the same order or even higher. So an H+ ion will form a very strong bond with most molecules.

Cool, thanks for your reply. I took chemistry in high school but I never realized that covalent bonds were simply atoms being attracted to each other.

 

[Orodruin]

In fact, all bonds at atomic and molecular level are caused by electromagnetism. The scale is far too small for gravitational forces to play a role and the strong and weak forces mainly affect processes on the nuclear level.

A good rule of thumb is that if it has an effect on you, is not radioactive, and not gravity - then it is electromagnetism.

 

[sardar]

Yes, a positive charge is attracted to the electrons around atoms. This is because positive and negative charges have opposite charges and therefore, they attract each other. In an atom, the protons are located in the nucleus and the electrons orbit around the nucleus. The electrons are much smaller and lighter than the protons, so they are able to move closer to other atoms. This creates an imbalance in the distribution of charges, with more negative charges being closer to other atoms than positive charges. As a result, a lone positive charge would be drawn towards the electrons in an atom due to their strong attractive force. This is known as the electrostatic force and is a fundamental principle in understanding the behavior of charged particles in atoms and molecules.