Some acids contribute H+ directly to the base so the H+ will not be found in solution.
Only compounds are classified as organic or inorganic.The element hydrogen often occurs in organic compounds. It can also be found in inorganic compounds.All organic compounds contain the element carbon.
Hydrocarbons are families of compounds that contain only hydrogen and carbon.
water and salts Organic compounds contain carbon and hydrogen bonds. Both nucleic acids and proteins contain these. Water (H2O) and salts (ex: NaCl) do not.
The propellant used in hair spay does not contain hydrogen gas or helium gas. Hairspray contains compounds that contain covalently bonded hydrogen.
Hydrogen.
Contain hydrogen
Only compounds are classified as organic or inorganic.The element hydrogen often occurs in organic compounds. It can also be found in inorganic compounds.All organic compounds contain the element carbon.
Hydrogen Atoms
Organic Compounds contain carbon, and almost always hydrogen.
Well it depends on what kind of acid you're talking about. Most people think of acids as hydrogen donating compounds and that is indeed one type of acid. It fits under the Bronsted-Lowry definition of an acid and under the Arrhenius definition (which says that acids are compounds that dissociate in water into hydrogen ions etc.). However, under the Lewis definition, an acid is anything that can accept an electron pair and it doesn't have to contain hydrogen.
the elements the contain
Hydrocarbons are families of compounds that contain only hydrogen and carbon.
Not all compounds contain hydrogen, and there are many of these. Although there are also many, especially organic compounds, that do have hydrogen as a component.
To be an Arrhenius acid the hydrogen atoms have to be capable of being lost as protons in aqueous solutions. One simple explanation is in terms of the polarity of the X-H bond if planar, the X-H will be soluble in water, the slightly charged H atom will make it easier to be stolen by a water molecule. A better explanation is to look at the Arrhenius equilibrium and look at the factors that would favour dissocation. X-H(aq) <-> H+ (aq) + X-(aq) What drives the equibrium to the right hand side?
No. Carbon-hydrogen bonds are found in organic compounds.
carbon and hydrogen Organic compounds contain carbon and hydrogen.
There are tens of thousands of them. Perhaps the biggest category of such molecules are called the hydrocarbons, which are compounds of carbon and hydrogen. Another category is the organic compounds which are compounds containing carbon; most of these also contain hydrogen.