Andre-Marie Ampere was a French physicist born in 1775 in France. He was educated at home by his father and showed an aptitude for mathematics at a young age. As a child, he spent much of his time reading in his family's library and working on mathematical problems. Despite not attending school, he received an excellent education from his father. Ampere made early contributions to mathematics and published his first paper at age 13. He is best known for his work in electrodynamics in the 1820s, where he discovered electromagnetism and established its fundamental laws and phenomena. The ampere, the SI unit for electric current, is named after him. He worked as a professor of mathematics in Lyon and
life style of great scientist Michael Faraday .....!
Michael Faraday, who came from a very poor family, became one of the greatest scientists in history. His achievement was remarkable in a time when science was the preserve of people born into privileged families. The unit of electrical capacitance is named the farad in his honor, with the symbol F.
The faraday is a dimensionless unit of electric charge quantity, equal to approximately 6.02 x 10 23 electric charge carriers. This is equivalent to one mole , also known as Avogadro's constant .
Education and Early Life
Michael Faraday was born on September 22, 1791 in London, England, UK. He was the third child of James and Margaret Faraday. His father was a blacksmith who had poor health. Before marriage, his mother had been a servant. The family lived in a degree of poverty.
Michael Faraday attended a local school until he was 13, where he received a basic education. To earn money for the family he started working as a delivery boy for a bookshop. He worked hard and impressed his employer. After a year, he was promoted to become an apprentice bookbinder
Michael Faraday’s Scientific Achievements and Discoveries:
It would be easy fill a book with details of all of Faraday’s discoveries – in both chemistry and physics. It is not an accident that Albert Einstein used to keep photos of three scientists in his office: Isaac Newton, James Clerk Maxwell and Michael Faraday.
Funnily enough, although in Faraday’s lifetime people had started to use the word physicist, Faraday disliked the word and always described himself as a philosopher. 1821: Discovery of Electromagnetic Rotation
This is a glimpse of what would eventually develop into the electric motor, based on Hans Christian Oersted’s discovery that a wire carrying electric current has magnetic properties.
1823: Gas Liquefaction and Refrigeration
In 1802 John Dalton had stated his belief that all gases could be liquified by the use of low temperatures and/or high pressures. Faraday provided hard evidence for Dalton’s belief by applying pressure to liquefy chlorine gas and ammonia gas for the first time.
1825: Discovery of Benzene
Historically, benzene is one of the most important substances in chemistry, both in a practical sense – i.e. making new materials; and in a theoretical sense – i.e. understanding chemical bonding. Michael Faraday discovered benzene in the oily residue left behind from producing gas for lighting in London.
1831: Discovery of Electromagnetic Induction
Faraday discovered that a varying magnetic field causes electricity to flow in an electric circuit.
1834: Faraday’s Laws of Electrolysis
This is the science of understanding what happens at the interface of an electrode with an ionic substance. Electrochemistry is the science that has produced the Li ion batteries and metal hydride batteries capable of powering modern mobile technology. Faraday’s laws are vital to our understanding of electrode reactions.
life style of great scientist Michael Faraday .....!
Michael Faraday, who came from a very poor family, became one of the greatest scientists in history. His achievement was remarkable in a time when science was the preserve of people born into privileged families. The unit of electrical capacitance is named the farad in his honor, with the symbol F.
The faraday is a dimensionless unit of electric charge quantity, equal to approximately 6.02 x 10 23 electric charge carriers. This is equivalent to one mole , also known as Avogadro's constant .
Education and Early Life
Michael Faraday was born on September 22, 1791 in London, England, UK. He was the third child of James and Margaret Faraday. His father was a blacksmith who had poor health. Before marriage, his mother had been a servant. The family lived in a degree of poverty.
Michael Faraday attended a local school until he was 13, where he received a basic education. To earn money for the family he started working as a delivery boy for a bookshop. He worked hard and impressed his employer. After a year, he was promoted to become an apprentice bookbinder
Michael Faraday’s Scientific Achievements and Discoveries:
It would be easy fill a book with details of all of Faraday’s discoveries – in both chemistry and physics. It is not an accident that Albert Einstein used to keep photos of three scientists in his office: Isaac Newton, James Clerk Maxwell and Michael Faraday.
Funnily enough, although in Faraday’s lifetime people had started to use the word physicist, Faraday disliked the word and always described himself as a philosopher. 1821: Discovery of Electromagnetic Rotation
This is a glimpse of what would eventually develop into the electric motor, based on Hans Christian Oersted’s discovery that a wire carrying electric current has magnetic properties.
1823: Gas Liquefaction and Refrigeration
In 1802 John Dalton had stated his belief that all gases could be liquified by the use of low temperatures and/or high pressures. Faraday provided hard evidence for Dalton’s belief by applying pressure to liquefy chlorine gas and ammonia gas for the first time.
1825: Discovery of Benzene
Historically, benzene is one of the most important substances in chemistry, both in a practical sense – i.e. making new materials; and in a theoretical sense – i.e. understanding chemical bonding. Michael Faraday discovered benzene in the oily residue left behind from producing gas for lighting in London.
1831: Discovery of Electromagnetic Induction
Faraday discovered that a varying magnetic field causes electricity to flow in an electric circuit.
1834: Faraday’s Laws of Electrolysis
This is the science of understanding what happens at the interface of an electrode with an ionic substance. Electrochemistry is the science that has produced the Li ion batteries and metal hydride batteries capable of powering modern mobile technology. Faraday’s laws are vital to our understanding of electrode reactions.
definition, speed, production, properties of electromagnetic waves and electromagnetic spectrum. waves in EM spectrum and their application in daily life.
In this topic you will see:
Radio Wave System
History
Characteristics
Specifications
Advantages and Disadvantages
Three Devices (Mobile Device, Wi-Fi Device, GPS Device etc.)
This PowerPoint presentation will enlighten students in terms of the discovery of radio waves. This also talks about the life of Heinrich Rudolf Hertz.
Biografía de Andre Marie Ampere
Este contenido de presentación habla acerca ddel gran físico matemático, mejor conocido como Andre Marie ]Ampere, que aporto mucho a la cincia de Física en cuanto Electricidad y Magnetismo.
Lei de Ampère Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério
definition, speed, production, properties of electromagnetic waves and electromagnetic spectrum. waves in EM spectrum and their application in daily life.
In this topic you will see:
Radio Wave System
History
Characteristics
Specifications
Advantages and Disadvantages
Three Devices (Mobile Device, Wi-Fi Device, GPS Device etc.)
This PowerPoint presentation will enlighten students in terms of the discovery of radio waves. This also talks about the life of Heinrich Rudolf Hertz.
Biografía de Andre Marie Ampere
Este contenido de presentación habla acerca ddel gran físico matemático, mejor conocido como Andre Marie ]Ampere, que aporto mucho a la cincia de Física en cuanto Electricidad y Magnetismo.
Lei de Ampère Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério Lei de ampère by Robério
[Electricity and Magnetism] ElectrodynamicsManmohan Dash
We discussed extensively the electromagnetism course for an engineering 1st year class. This is also useful for ‘hons’ and ‘pass’ Physics students.
This was a course I delivered to engineering first years, around 9th November 2009. I added all the diagrams and many explanations only now; 21-23 Aug 2015.
Next; Lectures on ‘electromagnetic waves’ and ‘Oscillations and Waves’. You can write me at g6pontiac@gmail.com or visit my website at http://mdashf.org
Essay on Albert Einstein
Essay on Albert Einstein
Essay On Albert Einstein
Essay on albert einstein
Essay about The Life of Albert Einstein
Essay on Albert Einstein
Essay on Albert Einstein
Albert Einstein Essays
Paper On Albert Einstein
Essay On Albert Einstein
Albert Einstein Essay
Essay on Albert Einstein
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Essay about The Life of Albert Einstein
The Life of Albert Einstein
Albert Einstein was born on March 14, 1879, in Southern Germany. One year after his birth his fathers business failed, so the family moved to Munich, and began a new business manufacturing electrical parts. His parents Hermann and Pauline were of Jewish descent, but were very lax regarding religion. The Einstein s sent Albert to a Catholic grade school.
Albert s first scientific revelation came when he was five years of age, and his father showed him a pocket compass. This occurrence left a long lasting impression on Albert. Otherwise Albert was not an extraordinary learner. At the age of nine Albert was unable to speak fluently, and his grades were poor. His parents and teachers...show more content...These papers concerned themselves with the properties of light, the theory of special relativity and Einstein famous equation E=mc2. The first of these papers was on Brownian motion. He observed this concept by using a highly powered microscope, focused on pollen particles submerged in water. He found that the pollen particles moved in a random fashion, and the speed increased as the temperature of the water rose. He found that this happened because the pollen particles were being pushed around by the water particles. The random motion that this created would create different amounts of movement, which he statistically calculated.
His second paper explained the Photoelectric Effect. The Photoelectric Effect happens when light hits metal which makes the metal emit electrons, which in turn generate energy. This is how auto matic opening doors are operated.
Paper number three dealt with molec
2. NATIONALITY
• He was born in the village of
Polémieux (near Lyon),
France.
• His ethnicity was white
• He is a man, so his gender is
obviously MALE
• His occupation is Phisycist
• Executive summary is
Explored Electromagnetism
3. THE EARLY DAYS OF A GREAT
PHYSICIST
• Ampere-Marie Amper was
born on January 20, 1775
• He was schooled at home
by his father and showed
an aptitude for
mathematics at an early
age.
• He was the son of a rich
silk merchant who lived in
Lyons.
• Ampere never went to
school, but he read
widely, had an excellent
memory, and was a child
prodigy.
4. AMPERE
YOUNG
LIFE
• As a child Ampere spent a great deal of time
reading in the library of his family home.
• He consumed books of history, geography,
literature, philosophy and the natural sciences.
• He used to work out long mathematical
formulas, just for his own personal
entertainment, using small pebbles or
breadcrumbs to represent groups of numbers.
• Despite not attending school, Andre-Marie
was to be given an excellent education:
• “His father, who had never ceased to cultivate
Latin and French literature, as well as several
branches of science, raised him himself in the
country near the city where he was born. He
never required him to study anything, but he
knew how to inspire in him a desire to know.
Before being able to read, the young Ampere’s
greatest pleasure was to listen to passages
from Buffon’s natural history.”
5. TEEN IDEAS
OF AMPERE
• He started to read elementary
mathematics books until he was 13
years old.
• Ampere developed his own
mathematical ideas very quickly.
• He began to write a treatise on conic
sections.
• Ampere had no contacts with anyone
with any depth of mathematical
knowledge so it is not surprising that
he felt that his ideas were original.
• Ampere submitted his first paper to
the Academie de Lyon.This work
attempted to solve the problem of
constructing a line of the same length
as an arc of a circle.
• His method involves the use of
infinitesimals but since Ampere had
not studied the calculus the paper was
6. OUTSTANDING
FACTS!!!!!
• Ampere was amathematician
who is best known for
his greatest accomplishment to
the study of electrodynamics.
• He invented the astatic needle,
a critical component of the
modern astatis galvanometer
• He was the first to demonstrate
that a magnetic field is
generated when two parallel
wires are charged with
electricity.
• He is generally credited as one
of the first to discover
electromagnetism.
7. MARRIAGE LIFE
• When Ampére was eighteen years old, his father, a
dedicated monarchist, was involved in the city of
Lyon's rebellion against the Republican government of
France. Convicted of treason, he was publicly
executed.
• Ampére was so shaken by the event that he gave up
his study of mathematics for eighteen months.
• The couple was engaged to be married in 1797, and
soon after Ampére began tutoring mathematics in
Lyon.
• He married Julie in 1799
• couple's son Jean-Jacques was born in 1800.
• Ampére continued tutoring mathematics until 1802,
when he was appointed Professor of Physics and
Chemistry at Bourg Ecole Centrale. Unfortunately,
Ampére had to leave his young wife behind because
she had been stricken by an unidentified illness.
• After a year in Bourg, Ampére was appointed to a
mathematics position at the Lycée in Lyon, allowing
him to be closer to his now seriously ill wife.
• Julie died in July 1803.
• In 1809, his intellectual powers fully restored, he
secured the post of Professor of Mathematics at the
Ecole Polytechnique in Paris, where he remained until
1828.
FATHER SON
8. AFTER
MARRIAGE
LIFE
• Chemistry In 1811, he suggested that an anhydrous acid prepared two
years earlier was a compound of hydrogen with an unknown element,
for which he suggested the name fluorine.
• In 1816 he produced a classification of elements.
• Physics In 1815 he published a paper on the refraction of light.
• 1816 he was a strong advocate of a wave theory of light.
• About 1820 he began conducting experiments on electricity and
magnetism, and it is for this work that he is best remembered today.
• In 1820 Hans Christian Øersted had noticed that a compass needle
was deflected when brought close to a wire carrying an electric current.
It was the first suggestion of a link between magnetism and electricity.
• Ampére had worked out a rule relating the direction in which the
compass needle was deflected to the direction in which the electric
current flowed along the wire. The "swimmer's rule," states that if an
observer were to swim along the current-carrying wire in the direction
of the current and facing the compass needle, the north pole of the
needle would be deflected toward the swimmer's left hand.
• The "right-hand grip" rule. In this rule the observer's right hand is
imagined gripping the wire through which the current flows, with the
thumb pointing along the wire in the direction of the current. The
fingers, curling around the wire, indicate the direction in which the
compass needle will be deflected. This concept anticipated the theory
of electromagnetic force, formulated several years later, which showed
that a magnetic field encircles an electrified wire just as do the fingers
of the hand in Ampére's right-hand rule.
9. AWARDS
• Known for his
contributions to
electrodynamics
• The formulation of
Ampère's law
• He confirmed and
amplified the work of
Oersted on the
relationship of electricity
and magnetism
• He invented the astatic
needle.
• The ampere was named
for him.