For general introductory chemistry, the answer is likely proton. The earlier Arrhenius definition characterized an acid as producing hydrogen ions, H+ (actually hydronium, H3O+, positively ionized water) and a base as producing hydroxide ions OH− (negatively ionized water). However, the Brønsted-Lowry acid-base theory defines an acid as a proton donor and a base as a proton acceptor. In more advanced chemical and geochemical definitions, other answers are possible. The Lewis definition says the H+ proton is the acid, and the OH− is the base. In that case an electron pair is being transfered. Geochemists and electrochemists often talk about oxide transfer, that is that oxygen is being accepted and donated.
H+ ions (hydronium ions)
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How will you justify that inter particle space are present in matter
carbon, hydrogen, & oxygen
Hydrogen ions are present in acids, hydroxide ions are present in bases.
Hydrogen ions, H+
acids generally present in soft drinks are phosphoric acid, citric acid, ascorbic acid..
Hydrogen
If you mean subatomic particles, all of the standard ones are present.
ion
Yes. Carbon is present in fatty acids (carboxylic acids) as well as in amino acids.
protons and neutrons. both are present in the nucleus.
hydrogen and amino acids.
hydrogen and amino acids.
Yes, oxygen is present within the carboxyl group and may be present in the variable R-group.Yes, all 20 amino acids contain oxygen.
How will you justify that inter particle space are present in matter
Breathng is a process in which we absorb all the dust particle and moisture present in trnasformer...
hydrogen and amino acids.
Hydrogen is present in ALL acids. It is the hydrogen ions that are responsible for the acidic properties.