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No, Einstein did not say that matter and energy are equal. It is obvious to everyone that they are not.
If matter and energy were equal, the equation would be E=m, and that makes no sense on many levels.
What Einstein said was that a given amount of matter is equivalent to a specified amount of energy, and vice versa. His formula E = mc**2 means that an amount of matter (m) is equivalent to an amount of energy (E) that can be calculated by multiplying the amount of matter by the speed of light and then by the speed of light again (the speed of light, squared).
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What did Albert Einstein create e equals mc2 for?
Albert Einstein did not create E=mc2. He merely discovered it. It has been there since the beginning of time, he was the first one to become aware of it. You cannot make energy equal matter and matter equal energy, it just does! Keyholder
What did Einstein say about matter and energy?
Einstein said that energy is equal to mass times the speed of light squared.
Who said matter and energy are equal 1905?
Albert Einstein. He came up with the famous equation E=mc2 which explains that energy and mass are 2 different forms of the same thing and massive amounts of energy can be released from tiny amounts of matter.
What branch of physics did albert einstein study?
Albert Einstein studied the theoretical branch of physics. This lead to his famous equation of energy equal mass times the speed of light squared.
When did Albert Einstein figure out that emc2?
Einstein first published his theory that E = mc2 in 1905. You forgot the = sign, which is pretty important, since the formula means that the energy of an object is equal to its mass times the square of the speed of light.
What did Albert Einstein create e equals mc2 for?
Albert Einstein did not create E=mc2. He merely discovered it. It has been there since the beginning of time, he was the first one to become aware of it. You cannot make energy equal matter and matter equal energy, it just does! Keyholder
What did Einstein say about matter and energy?
Einstein said that energy is equal to mass times the speed of light squared.
Who said matter and energy are equal 1905?
Albert Einstein. He came up with the famous equation E=mc2 which explains that energy and mass are 2 different forms of the same thing and massive amounts of energy can be released from tiny amounts of matter.
What branch of physics did albert einstein study?
Albert Einstein studied the theoretical branch of physics. This lead to his famous equation of energy equal mass times the speed of light squared.
Who solved the equation 'e equals mc2'?
It wasn't solved per se, but discovered and described by Albert Einstein. It describes the relationship between energy and matter. What it means is that if you convert matter directly (and in a lossless manner) into energy, the amount of energy created will equal the original mass of the matter multiplied by the square of the speed of light.
What did albert Einstein's famous equation stand for?
E=mc2 E=energy m=mass c=speed of light Einstein's equation states that Energy equal mass times the speed of light squared
Who coined the equation emc2?
E=mc2 was invented by Albert Einstein. It means energy is equal to mass times the speed of light, squared.
What is the formula that Albert Einstein is most famous for?
E=MC2 The rest energy of a paricle is equal to its mass times the speed of light squared.
When did he discover E equals mc2?
Albert Einstein developed energy is equal to mass times the speed of light squared in 1905 whilst pondering light.
4n-2 7n20 what is n?
---- ====== ====== First, what does 'n' equal? -Albert Einstein
When did Albert Einstein figure out that emc2?
Einstein first published his theory that E = mc2 in 1905. You forgot the = sign, which is pretty important, since the formula means that the energy of an object is equal to its mass times the square of the speed of light.
What does Einstein's equation E equals mc2 imply about mass and energy?
The Energy in a specific piece of matter is equal to its mass times the square of the speed of light.You might usefully investigate the units in this equation: was Einstein using ergs, grams, kilometers or what.
