🗊Презентация Andre-Mari Ampere

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Слайд 1


Andre-Mari Ampere By Podstavkin Maksim
Описание слайда:
Andre-Mari Ampere By Podstavkin Maksim

Слайд 2


Field of science Andre-Mari Ampere(1775-1836) — the well-known French physicist, the mathematician and the scientist, the member of the Parisian Academy of Sciences (1814). He created the first theory which expressed communication of the electric and magnetic phenomena.
Описание слайда:
Field of science Andre-Mari Ampere(1775-1836) — the well-known French physicist, the mathematician and the scientist, the member of the Parisian Academy of Sciences (1814). He created the first theory which expressed communication of the electric and magnetic phenomena.

Слайд 3


Brief biography Ampère was born in Lyon, was educated at home. After the death of his father, Ampere was the first teacher in the Polytechnic school in Paris, then occupied the chair of physics in Burco, and in 1805 — the Department of mathematics of the Ecole Polytechnique of Paris, where he distinguished himself in the literary field. In 1814 he was elected a member of the Academy of Sciences, and from 1824 he held the position of Professor of experimental physics at the Collège de France. Ampère died in 1836, in Marseille.
Описание слайда:
Brief biography Ampère was born in Lyon, was educated at home. After the death of his father, Ampere was the first teacher in the Polytechnic school in Paris, then occupied the chair of physics in Burco, and in 1805 — the Department of mathematics of the Ecole Polytechnique of Paris, where he distinguished himself in the literary field. In 1814 he was elected a member of the Academy of Sciences, and from 1824 he held the position of Professor of experimental physics at the Collège de France. Ampère died in 1836, in Marseille.

Слайд 4


Accomplishments In 1820 he established a rule for determining the direction of a magnetic field on the magnetic needle, now known as the rule Ampere; conducted numerous experiments on the interaction between the magnet and the electric current; found that the Earth's magnetic field affects a moving conductor. In the same year opened the interaction between electric currents, formulated the law of this phenomenon (Ampere's law), developed the theory of magnetism, suggested the use of electromagnetic processes for signal transmission.
Описание слайда:
Accomplishments In 1820 he established a rule for determining the direction of a magnetic field on the magnetic needle, now known as the rule Ampere; conducted numerous experiments on the interaction between the magnet and the electric current; found that the Earth's magnetic field affects a moving conductor. In the same year opened the interaction between electric currents, formulated the law of this phenomenon (Ampere's law), developed the theory of magnetism, suggested the use of electromagnetic processes for signal transmission.

Слайд 5


A solenoid with a single-layer winding. A solenoid with a single-layer winding.
Описание слайда:
A solenoid with a single-layer winding. A solenoid with a single-layer winding.

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