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C= the speed of light measured in meter per second (m/s)
e=mc2 e is energy measure in joules,m is the quantity of mass that is converted to energy measured in kilograms,and c is the speed of light measured in m/s.
Albert Einstein did not determine the speed of light, rather that the speed of light was the maximum speed possible in the universe. The speed of light was discovered in the late 1600's by Danish astronomer Ole Roemer, using Jupiter and its moon Io. It was later used in Maxwell's equations of electromagnetism, and then later used by Albert Einstein in his theory of special relativity.
Newton's law of Gravity involves matter creating forces that change motion and Einstein's Relativity involves matter "warping" space and changing motion.The Deflection of 1.7" seconds explained by Einstein as the result of curvature is better explained by Newton, where g is the earths gravity acceleration 9.8 m/s^2 and Rs= 150Gm distance to the sun and d the deflection due to the earth's gravity:Tan def = d/Rs = 1/2 gt^2/Rs= 1/2 9.8 (Rs/c)^2 /Rs = 1/2 9.8 Rs/c^2 = 8.166E-8 with arctangent =1.68".This indicates that Einstein's Relativity Theory of space curvature is defective or wrong.Newton and Einstein's Theory of Gravity are defective in leaving out the vector energy in their Gravity Theory. The correct Theory of Gravity involves quaternion energy that consists of scalar energy and vector energy E= -mu/r + mcV. The Quaternion Theory of Gravity confirms Newton's Universal Law as opposed to Einstein's space warping Theory.
The impact Einsteinâ??s special theory of relativity had on the world cannot be understated because it has changed the way scientists are able to perceive the world and the cosmos. Once a reference was formed in Einsteinâ??s theorem we could finally predict explosive output and time to travel relative to the space-time standard. The theory of relativity sent the study of quantum mechanics into over drive and has not eased on the pedal since its first utterance.
why was stephen hawking(british physicist)is the best interpreter of einstien`s theory of relativity
Lillian Rosanoff Lieber has written: 'The education of T. C. Mits' -- subject(s): Mathematics 'Infinity' 'Infinity' 'The Einstein Theory Of Relativity' 'The Einstein theory of relativity' -- subject(s): Fourth dimension, Relativity (Physics) 'Mits, wits, and logic' -- subject(s): Science, Philosophy, Logic, Symbolic and mathematical, Symbolic and mathematical Logic
C= the speed of light measured in meter per second (m/s)
Levi Franklin Gruber has written: 'The Einstein theory' -- subject(s): Relativity (Physics)
D. P. Gribanov has written: 'Albert Einstein's philosophical views and the theory of relativity' -- subject(s): Philosophy, Physics, Relativity (Physics)
It is not so much that another scientist was working with Einstein to confirm the Theory of General Relativity as a great many scientists believed his theory to be Newtonianâ??s theory in a shiny new wrapper. Arthur Eddington led an expedition into Africa to photograph a solar eclipse in the hopes that Newtonian Physics might be validated, but the converse was found to be true and Einstein was shown to be right in his theory and in a great many other theories he produced during his life time.
Jainism is not dualistic, it is more of multiplicity region i.e. anekantwad... One can say somewhat close to Einstein`s theory of relativity - truth is relative.
The greatest contribution of Einstein for the society was to give the theory of relativity and his discovery of mass converting to energy. His findings laid the foundation to explore the atomic power which largely affected the society.
Walter C Mih has written: 'The fascinating life and theory of Albert Einstein' -- subject(s): Physicists, Biography, General relativity (Physics)
Frahklin,s discovery of electricity Einstein,stheory of relativity
Ludwik Silberstein has written: 'The size of the universe' 'Elements of the electromagnetic theory of light' 'The theory of relativity' -- subject(s): Relativity
L. Bolton has written: 'An introduction to the theory of relativity' -- subject(s): Relativity (Physics)