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Energy is stored in the chemical bonds of organic molecules. The barrier of EA prevents these molecules from spontaneously breaking down and releasing that energy.
it's not a type of energy but it's an energy barrier that prevents molecules from breaking down spontaneously
A substance that can spontaneously combust at room temperature has the sufficient energy required to overcome the activation energy of the reaction. Therefore the reaction continues until completion.
that uranium can spontaneously give off energy
Marie Curie referred to the energy spontaneously released by uranium as "radioactivity."
An energy-absorbing reaction occurs spontaneously, as opposed to an energy-releasing reaction, which starts off slowly.
An energy-releasing reaction is more likely to start spontaneously. You have to have enough energy to overcome the activation energy barrier (that is to start breaking some bonds). - See more at: http://www.chacha.com/question/what-makes-proteins-the-ideal-types-of-compounds-to-act-as-enzymes#sthash.WWgf8a0I.dpuf
Energy is stored in the chemical bonds of organic molecules. The barrier of EA prevents these molecules from spontaneously breaking down and releasing that energy.
it's not a type of energy but it's an energy barrier that prevents molecules from breaking down spontaneously
Thermal energy moves spontaneously from hot to cold objects.
no
Both. Electrons absorb energy and move to a higher energy state, which is unstable, and they fall back down to their ground state immediately, releasing energy as they do.
radioactive :)
A substance that can spontaneously combust at room temperature has the sufficient energy required to overcome the activation energy of the reaction. Therefore the reaction continues until completion.
endothermic: or energy absorbing reactions
that uranium can spontaneously give off energy
No