Albert Einstein

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Who? Just kidding. He will be remembered in the scientific community forever. His work on physics and relativity are the groundwork for much of the science used today.

The photoelectric effect, for which he won his Nobel Prize, and the Theory of General Relativity.

Equations are a short way of writing an often complex series of events. It also explains the relationship between two or more things.

E=Mc2 is such an equation.

It shows how energy (that is the 'E' in the equation) can equal matter or mass (that is the 'M' in the equation). The 'c' refers to a constant, (in this case the speed of light, which is a very fast speed indeed!)

This is how you read the equation; Energy is equal to Mass multiplied by the speed of light squared. Squaring a number simply means multiplying it by itself.

It is important that the units are chosen carefully. So for mass we use grams, for energy we use ergs and for the speed of light we use metres per second. We use these units here because they are all SI or metric units.

We know the speed of light is roughly 300,000,000 metres per second so if you square that you get 90,000,000,000,000,000

So if you have one gram of matter, and that is any matter at all, (a gram of rubbish is the same as a gram of gold here) you would multiply that big number by 1 and get 90,000,000,000,000,000 ergs of energy.

In all processes you always waste some energy but that is the most you can get.

So in you have more than I gram just multiply it by that big number and it will tell you how many ergs of energy you could get if you could convert it all to energy.

Working the other way you would need that amount of energy to create I gram of matter.

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He created The Atomic Bomb.

E=mc2

E=energy

m=mass

c=speed of light

Einstein's equation states that Energy equal mass times the speed of light squared

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18 hrs and if he was on research then he used to sleep for 23 hrs

There will probably always be people who don't like these theories, because they contradict common sense (or perhaps I should say, they contradict everyday experience). However, they have been borne out by countless experiments.

He had dyslexia (read things backwards)

einstein and his parents did not get along. they abondonded him at a young age

Albert was born on March 14, 1789. He is deceased, but if he were alive, he would be 132 years old.

Albert Einstein was born in Germany but later lived in Switzerland and the United States. He spent most of his professional career in the U.S., where he contributed significantly to physics and the development of the atomic bomb during World War II.

1. When Maxwell's Equations predict an electro-magnetic wave travelling at a certain speed, what frame is that speed measured from?

2. How to explain the photo-electric effect.

3. How to explain Brownian Motion.

4. Can gravity be added to special relativity?

If he had solved any one of the above issues, Einstein would have been regarded as one of the great minds of the 1900s. He solved all of them!

However, he was unable to solve either of these:

1) Can the electric field be added to general relativity?

2) Is there a general paradigm for our Universe in which quantum mechanics is only a useful subset of reality?

They both remain unsolved today.

Albert Einstein is famous for his knowledge in physics. More specifically, He studied theoretical physics. He received the Nobel prize in physics. He invented the theory of relativity and was praised for that.

he was 15.

he was 20

Watson was a Psychologist and a key figure in the development of behaviourist Psychology. He put little Albert in a room with a white rat. He then waited for Albert to approach or touch the rat. At this point, he clanged a loud metal bar. This eventually lead to Albert being scared of the rat, a fear which spilled out onto other fluffy white things like cotton wool or santa's beard.

i dont know but i have

probably

Einstein was never found guilty of any criminal offense. However, he was often scrutinized for his pacifist beliefs and opposition to war, especially during World War I and World War II.

Albert Einstein developed the equation E=mc^2 as part of his theory of special relativity. He developed this theory in 1905 while working as a patent examiner in Switzerland.