Well, it depends on what ion you are talking about: the H+ ion, 'proton,' or the H- hydride ion.
Anions, Lewis bases accept the proton or H+ ion (HCl); but active metals can react with H- to form metal hydrides (NaH for example)
This is an acid.
acid
Acid
acid
an acid
An acid.
acid
the ligands which are capable of donating two or more pairs of electron in a complexation reaction
No, hydrogen bonds are not formed between benzene molecules.
no it is not
It depends on the concentrations of these substances. However, sodium hydroxide is a very strong base and therefore is capable of producing solutions with high pH values. On the other hand, sodium hydrogen carbonate is weakly acidic, and is therefore capable of producing solutions that are somewhat less than neutral. (Carbonic acid is itself a weak acid.)
no, the electronegativity of sulphur is to small
An acid
Reducing agents are substances that bring about 'reduction', or chemical combination with hydrogen. Glucose, like any straight-chain monosaccharide, is capable of acting as a mild reducing agent.
an autotroph is an organism capable of synthesizing its own food from inorganic substances, using light or chemical energy.
an autotroph is an organism capable of synthesizing its own food from inorganic substances, using light or chemical energy.
If you mean Autotroph, it is an organism capable of making its own food from inorganic substances using light or chemical energy
An organism capable of synthesizing its own food from inorganic substances, using light or chemical energy.
If you mean Autotroph, it is an organism capable of making its own food from inorganic substances using light or chemical energy
oxydising is generally based on a reaction called oxidation reaction.In a chemical reaction substances are capable of adding oxygen to others.These substances are called oxidising agents.This reaction is called as oxidationreaction."Addition of oxygen to other during chemical reaction is called oxydysing". for example-
Some very interesting properties appear with compounds that can form hydrogen bonds. These substances are capable of forming crystalline solids, and in liquid form exhibit surface tension, like water.
Water is at times recognized as a universal solvent because of the many substances that it can dissolve. However, water is not capable of dissolving all substances, especially those that are nonpolar or hydrophobic in nature.
the ligands which are capable of donating two or more pairs of electron in a complexation reaction
Common reductants (substances readily oxidized) are the active metals, hydrogen, hydrogen sulphide, carbon, carbon monoxide and sulphurous acid.Common oxidants (substances readily reduced) include the halogens (especially fluorine and chlorine), nitric acid, oxygen, ozone, potassium dichromate, potassium permanganate, and concentrated sulfuric acid.Some substances are capable of acting either as reductants or as oxidants, e.g., hydrogen peroxide and nitrous acid.