Electron Repulsion & Grenade Explosions: Is There a Correlation?

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Electron repulsion does not directly correlate with grenade explosions. Grenades detonate due to chemical reactions that rapidly convert solids into gases, generating significant pressure and expansion. The energy released during an explosion comes from the rearrangement of electrons as they form more stable molecules, not from electromagnetic repulsion. The explosion results from the breaking of chemical bonds, allowing atoms to move freely rather than being influenced by electron repulsion. Understanding these principles clarifies the mechanics behind explosive reactions.
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does electron repulsion have any coorelation with grenade explosions?
 
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crewgurl0507 said:
does electron repulsion have any coorelation with grenade explosions?

What? Electrons do not explode away from negative charges, they are just repelled away
 
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Pengwuino said:
What? Electrons do not explode away from positive charges, they are just repelled away

Do they ? :wink:
 
what?^^^^ i juat want to know the answer to my question...please help me!
 
Negative, crewgurl. (No pun intended.) A grenade uses chemical explosives or other payloads such as phosphorus. Detonation is triggered by either impact or time-delay fuses.
 
The energy of the explosion comes from the electrons, which on explosion give away energy when forming more stable (less energetic) molecules. BUT a grenade doesn't explode because of the electromagnetic repulsion between the electrons.

I assume that this is what you were after. (?)
 
Explosives work by using a chemical reaction that turns a solid into a gas very quickly. The gas occupies more than a thousand times more volume than the solid at normal temperatures and pressures and so a great deal of pressure and expansion is generated and this is the explosion. In general the atoms are the same size before and after the explosion it is just that the chemical forces bonding the solid no longer hold them together and they can move freely.
 
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