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Atoms are never created or destroyed in a chemical reaction. There are the same number of each type of atom both before and after a chemical reaction. Atoms are never created of destroyed; the molecules are just re-arranged in their bonding with each other.

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13y ago
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11y ago

no. atoms are matter and they CANNOT be created or destroyed

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11y ago

I feel that an atom could be minimized then extended, propelled away then slingshot back at us. I don't think this answers your question feasibly though.

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13y ago

No. The Law of Conservation of Mass/Matter says that matter cannot be created or destroyed

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12y ago

Atoms can never be created or destroyed only changed in a chemical reaction.

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11y ago

Atoms are NOT created or destroyed in a chemical change. Only in nuclear changes.

In nuclear changes when atoms (mass) is destroyed then energy is created.

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15y ago

No.

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Q: Is energy created when atoms are destroyed in a chemical reaction?
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Related questions

What is constant during a chemical reaction?

Amount of energy because it can not be created or destroyed.


Would it ever be true that matter and energy may be created or destroyed in a chemical reaction?

false


What are never gained or lost in a chemical reaction?

matter is never destroyed by reactions created by chemical More specifically, both mass and energy cannot be created or destroyed in any chemical reaction, but mass and energy are equivalent under Einstein's theory of special relativity, so energy can change to mass and vice-versa in the ratio E = mc2


How is chemical energy created from a lemon?

Energy can neither be created nor destroyed. A lemon contains chemical energy in the form of the chemical bonds stored in the molecules that make that lemon up. You can utilize the energy in a lemon (or any other thing containing chemical bonds) by causing it to undergo a chemical reaction.


Is energy created during an exothermicreaction?

Mass and energy can never be created or destroyed, but can change forms. An exothermic reaction releases stored chemical energy and transforms it into heat, but the total amount of energy does not change.


What is neither created nor destroyed in a chemical change?

Energy is neither created or destroyed.


During a chemical reaction what remains constant?

amount of energy because it can not be created or destroyed.


Is this an example of chemical reactions Energy is created as atoms are destroyed in chemical reactions?

No Energy can not be created or destroyed, it can only change form Matter cannot be created or destroyed, it can only change form. -- - -- Like stated above, energy can't be destroyed nor created. Only harnessed to only than be used and changed in form. Matter however CAN be destroyed, its exactly what an atomic bomb, hydrogen bomb or nuclear reaction plant does; annihilates molecules harnessing its potential energy. The law of conservation basically states that you either have matter or you have energy.


What is the law that states that mass is neither created nor destroyed during chemical reactions or physical changes?

The law of conservation of matter states that matter cannot be created or destroyed in an ordinary chemical reaction.


Energy can be created or destroyed during a chemical reaction?

Neither matter nor energy can be created or destroyed; they can only be converted from one form to another. Molecular matter can be manipulated chemically and reactions can change matters' energy levels and compositions, but chemical reactions cannot create nor destroy the matter or the energy.


Energy is neither created nor destroyed in a chemical reaction Explain where the energy released or absorbed by the reactions comes from or goes to?

Energy released by a chemical reaction is released as heat to the surroundings thus rising the temperature of the room or lab etc where the reaction is taking place. Similarly, energy absorbed by endothermic is either supplied by external heating of reaction mixture over a flame or absorbed from surroundings.


What type of energy cannot be created nor destroyed?

chemical bond