The field of chemistry is now a ver

The field of chemistry is now a very large one. There are more than 30 different
branches of chemistry. Some of the better known fields are inorganic chemistry,
organic chemistry, physical chemistry, analytical chemistry, biological chemistry,
pharmaceutical chemistry, nuclear chemistry, industrial chemistry, colloidal chemistry,
and electrochemistry.
Inorganic chemistry. It eas originally considered that the field of inorganic
chemistry consists of the study of materials not derived from living organisms|. However
it now includes all substances other than the hydrocarbons and their derivatives.
Organic chemistry. At one time it was thought that all substances found in
plants and animals could be made only by using part of a living plant or animal. The
study of these substances, most of which contain carbon was therefore called organic
chemistry. It is now known that this idea is quite wrong, for in 1828 F. Wohler made
an "organic" substance using a simple laboratory process.
Organic chemistry now merely means the chemistry of carbon compounds.
Physical chemistry is concerned with those parts of chemistry which are
closely linked with physics as, for in stance, the behaviour of substances when a current
of electricity is passed through them.
Electrochemistry is concerned with the relation between electrical energy
and chemical change. Electrolysis is the process whereby electrical energy causes a
chemical change in the conducting medium, which usually is a solution or a molten
substance. The process is generally used as a method of deposition metals from a solution.
Magnetochemistry is the study of behaviour of a chemical substance in the
presence of a magnetic field. A paramagnetic substance, i.e. one having unpaired
electrons is drawn into a magnetic field. Diamagnetic substances, i.e. those having
no unpaired electrons, are repelled by a magnetic field.
Biochemistry. Just as the physical chemist works on the boundaries between
physics and chemistry, so the biochemist works on the boundaries between biology
and chemistry. Much of the work of the biochemist is concerned with foodstuffs and,
medicines. The medicines known as antibiotics, of which penicillin is an early example,
were prepared by biochemists.

Результаты (английский) 1:

The field of chemistry is now a very large one. There are more than 30 different branches of chemistry. Some of the better known fields are inorganic chemistry, organic chemistry, physical chemistry, analytical chemistry, biological chemistry, pharmaceutical chemistry, nuclear chemistry, industrial chemistry, colloidal chemistry, and electrochemistry. Inorganic chemistry. It eas originally considered that the field of inorganic Chemistry consists of the study of materials not derived from living organisms. However It now includes all substances other than the hydrocarbons and their derivatives. Organic chemistry. At one time it was thought that all substances found in plants and animals could be made only by using part of a living plant or animal. The study of these substances, most of which contain carbon was therefore the so-called organic Chemistry. It is now well-known that this idea is quite wrong, for in 1828 f. Wohler made an "organic" substance using a simple laboratory process. Organic chemistry now merely means the chemistry of carbon compounds. Physical chemistry is concerned with those parts of chemistry which are closely linked with physics as, for in stance, the behaviour of substances when a current of electricity is passed through them. Electrochemistry is concerned with the relation between electrical energy and chemical change. Electrolysis is the process whereby electrical energy causes a chemical change in the conducting medium, which usually is a solution or a molten substance. The process is generally used as a method of deposition metals from a solution. Magnetochemistry is the study of behaviour of a chemical substance in the presence of a magnetic field. A paramagnetic substance, i.e. one having unpaired electrons is drawn into a magnetic field. Diamagnetic substances, i.e. those having No unpaired electrons, are repelled by a magnetic field. Biochemistry. Just as the physical chemist works on the boundaries between Physics and chemistry, the biochemist works on the boundaries between biology and chemistry. Much of the work of the biochemist is concerned with the candy and, medicines. The medicines known as antibiotics.6, of which penicillin is an early example, were prepared by biochemists.

Результаты (английский) 3:

the field of chemistry, is now a very large one. there are more than 30 differentbranches of chemistry. some of the better known fields in inorganic chemistry.organic chemistry, physical chemistry, analytical chemistry, biological chemistry,financial chemistry, nuclear chemistry, industrial chemistry, colloidal chemistry.and electrochemistry.Inorganic chemistry. it eas originally considered that the field of inorganicchemistry consists of the study of materials not derived from living organisms |. theit now includes all substances other than the hydrocarbons and their derivatives.organic chemistry. at one time it was thought that all substances found inplants and animals could be made only by using part of a living plant or animal. thestudy of these substances, most of which contain carbon was therefore called organicchemistry. it is now known that this idea is very wrong, and in 1828 was Wohler f.an "organic" substance using a simple laboratory process.organic chemistry. by means of the chemistry of carbon compounds.physical chemistry is concerned with those parts of chemistry which areversion linked with physics as, for in stance, the behaviour of substances when a currentof vitamin is passed through them.Electrochemistry is concerned with the relation between electrical energyand chemical change. Electrolysis is the process whereby electrical energy causes achemical change in the conducting medium, which usually is a solution or a moltensubstance. the process is generally used as a method of deposition metals from a solution.Magnetochemistry is the study of the behaviour of a chemical substance in thepresence of a magnetic field. a paramagnetic substance, i.e. one having unpairedelectrons is drawn into a magnetic field. Diamagnetic substances, i.e. those havingno unpaired electrons, are repelled by a magnetic field.Biochemistry. just as the physical chemist works on the boundaries betweenphysics and chemistry, so the biochemist works on the boundaries between biologyand chemistry. much of the work of the biochemist is concerned with foodstuffs andmedicines. the medicines known as antibiotics, of which penicillin is an early example.were prepared by biochemists.