Albert Einstein

Albert Einstein is best known for his contributions to the field of theoretical physics, particularly his development of the theory of relativity and the famous equation E=mc^2. While he did not make direct contributions to the field of electricity, his work has laid the foundation for understanding the relationship between energy, mass, and light, which has important implications for electrical and electromagnetic phenomena.

at age ten? i have no flippen clue! why ask me, why ask! why! why! ! ! ! ! ! ! ! !

Einstein's theory of relativity replaced the Newtonian theory of gravity proposed by Sir Isaac Newton. Newton's theory described gravity as a force acting at a distance, whereas Einstein's theory described gravity as a curvature in spacetime caused by mass and energy.

Albert Einstein was famous for his groundbreaking work in physics, particularly for developing the theory of relativity, which revolutionized our understanding of space, time, and gravity. He also made significant contributions to quantum mechanics and the photoelectric effect, and his equation E=mc^2 is one of the most famous equations in physics.

No, Albert Einstein's head was not frozen after his death. This is a popular myth or urban legend.

No, Albert Einstein and Thomas Edison were not related. They were both prominent figures in the fields of science and technology, but they were not family members.

Albert Einstein is primarily known for the Theory of Relativity (which comes in two parts, Special Relativity and General Relativity). He made enormous contributions to science in the 20th century.

Albert Einstein did not personally work on the atomic bomb project. However, his theories on relativity and mass-energy equivalence, particularly the equation E=mc^2, laid the foundation for understanding the energy released in nuclear reactions, which was crucial for the development of the atomic bomb by other scientists and engineers during the Manhattan Project.

That would be kind of tough, since most of its explanations and predictions

have been verified in thousands of experiments over the past hundred years.

For one example: One of the predictions that falls out of the Relativistic math is

the way that time becomes distorted or "dilated" when two objects have a high

velocity relative to each other. That math was used in the design of the whole

Global Positioning System. GPS would not work without the allowances built in

for the effects of Relativity.

An atomic bomb is a fission bomb, which uses a type of heavy radioactive metal (usually uranium 235 or plutonium 239). Neutrons split this metal up, resulting in a release of a lot of energy (this is what happens in nuclear power stations).

A hydrogen bomb is a fusion bomb, which comes in two parts: a fission device (A-bomb) and a fuel cell composed of hydrogen. The fission device is detonated and the radiation fuses the hydrogen together to form helium, thus also releasing a lot of energy (this is what happens in stars).

I'm not sure entirely what you mean by "ordinary" condensation (OC), but I'm going to assume you're referring to when water vapor condenses to form liquid droplets. Bose-Einstein condensation (BEC) differs in several ways. First, BEC actually produces unique physical changes known as macroscopic quantum phenomena. This is because BEC operates on a sub-atomic level whereas OC operates on an atomic level. BEC only ever operates on bosons as opposed to OC which can operate on any element or compound (water, mercury, etc.) that can be vaporized. The BEC requires temperatures near absolute zero; the OC operates at a huge range of temperatures based on the substance. The condensation in the BEC is about the changing of states of bosonic particles; the OC has no such alteration of the basic elemental atoms. For instance, when water condenses, the atoms don't have to change charge or ionize in order for that to happen.

I could go on, but I think you get the point.

E=mc2 (squared)

E is energy M= Mass C=speed of light squared

energy=mass*speed of light squared

Basically the concept that the body's mass is equal to its energy content

****the speed of light is measured in a vacuum

Einstein left Germany in 1933 to escape the rise of the Nazi party and their persecution of Jewish people. He eventually settled in America and became a US citizen in 1940, where he continued his work in physics.

Albert Einstein faced social and political challenges, as well as anti-Semitism, during his time in Germany. However, he overcame these adversities to make significant contributions to science and remained dedicated to his work.

Albert Einstein was inspired by a deep curiosity about the workings of the universe and a strong desire to understand the fundamental principles governing it. He was also motivated by a passion for advancing scientific knowledge and pushing the boundaries of existing theories. Additionally, a sense of wonder and awe at the mysteries of the natural world fueled his desire to explore and discover new truths.

Albert Einstein was known for his simple and practical style of clothing. He often wore a grey suit, white shirt, and sometimes a sweater or jacket. He was not known for being particularly concerned with fashion.

yes he was ihudi

i really dont know as what do you mean, but ihudi in bangla means jewish. einstein was jewish

One famous person who tried to build a time machine was H.G. Wells, a British writer who wrote "The Time Machine" in 1895. The protagonist in his novel invents a machine that allows him to travel through time.

Yes, Albert Einstein's brain was indeed dissected. When they dissected his brain, they found everything typical: except, that the mathematical-part of his brain was larger than the typical human brain's.

Albert Einstein did not work on the Manhattan Project, the US efforts to develop the atomic bomb. He was denied sufficient security clearance to do so. He did however write a letter to President Roosevelt, composed by his friend Leo Szilard, who did work on the project. Einstein was a teacher.

Both the Special (first) and General (later) theories of relativity were developed by Albert Einstein. Einstein expressed his indebtedness to the work of Lorentz in developing relativity, but it is still largely Einstein's own work.

1955. he ws abt 76 yrs old

The "E" in Einstein's equation, E=mc^2, represents energy. This equation describes the relationship between energy (E), mass (m), and the speed of light (c), showing that mass can be converted into energy.

Yes, Albert Einstein did not pass the entrance exam when he first applied to the Swiss Federal Polytechnic School in Zurich in 1895. He then attended a Swiss cantonal school to prepare for the entrance exam and was eventually admitted to the school in 1896.

Almost everything has potential energy and that can increase and decrease depending on the objects position and mass. First off you need some type of power which is energy (you need more energy in than you want to put on the object that is getting work done on it, because the mechanical energy will transform into other types such as heat, light, and sound.) It also depends on what type of machine you are talking about simple, or advanced machine. Maybe you could refine what type of machine and then I could make the answer even more clear. Sorry for the simple answer I just don't have enough background knowledge to give a more in-depth answer.