Simple algebra is all that is required.
Albert Einsteins achievements where the theory of relativity or E=mc2, Brownian motion and more. He would calculate the movement of molecules in a liquid. The theory of relativity laid the basis for the release of atomic energy. Einstein's equation became the foundation stone in the development of atomic energy. E=mc2 is more famous then useful (in general relativity), and he also developed the theory of Special Relativity, which combines the theory of General Relativity and Newtonian mechanics together. Although Einstein is famous for spacetime, one of his mentors was the creator. He co-invented a type of refrigerator with no moving parts; patent number 1781541. An electromagnetic pump; patent number GB303065, a self adjusting camera; patent number US2058562, and a sound replication device; patent number DE590783. Along with dozens of other patents worldwide.
Nope, understanding math is the basis of understanding engineering
Theory that if voters select candidates on the basis of idealogy and everyone participates equally, then in a two-party race, the party closer to the middle will win.
in the analysis of company report it is assumed that the information is accurate and reliable and provide a suitable basis for comparison
Einsteins math was deplorable he barely staggered through it with help from many of his peers. His derived equations are the foundation of our current knowledge of the universe and the basis for modern computing theory.
Einstein is responsible for contributing numerous theories and understanding to the field of physics. Einstein published his Special Theory of Relativity, The General Theory of Relativity, and worked with Neil's Bohr to develop the basis for quantum mechanics.
It is the atomic theory of matter
Besides discovering the photoelectric effect, Einstein developed the Theory of Special Relativity and the Theory of General Relativity, which are the basis for quantum theory and particle theory, and the formula E=Mc2 that indirectly led to the atomic bomb, nuclear power, and much of the current theory about the structure of the universe. Other than that, not much.
Mainly with his "Theories of Relativity". His "Special Theory" includes E=mc2 . That is the basis of nuclear fusion energy in stars. His "General Theory" gives the best theory of gravity we have at present.
The general theory of relativity was published by Albert Einstein in 1916. It describes gravitation as a geometric property of space and time. It implies the existance of black holes as the death state of massive stars. It predicts the existence of gravitational waves and is the basis of current models of a consistently expanding universe.
It is important for many reasons, but one of the main reasons is that it changed the fundamental way that we understood two very basic ideas: time and distance. These lie and the basis of all of our understanding of modern science. Before relativity we viewed them as absolute, unchanging, the same for everybody. With relativity we now understand that that these quantities are relative, percieved differently by different people depending upon how they move. By changing how we understand these two concepts that form the foundation of all our understandings of physics, relativity has an effect, on some level, on every aspect of physics, not just some portion of it.
Accounting theory is very important in helping people to understand the basis and policies in accounting. From understanding the rules of GAAP to exploring the origins of accounting, being a good accountant involves understanding the theories that support the practice.
He propsed a theory of relativity - which was the basis for a lot of new science. i.e. E= MC2 Where E is energy M is mass of the body C is the speed of light
Lots of evidence from different experiments. For example, people who work with particle accelerators have to take the theory of relativity into account on a daily basis, because at high speeds, mass of the particles increases, and their mean lifetime (if they are unstable) increases. You can get more detailed information here: http://en.wikipedia.org/wiki/Status_of_special_relativity
Te most important advance towards our understanding of the cellular basis of antibody response was provided by the clone selection theory by Mac Farlane Burnet in 1957.
The Galapagos Islands.
Albert Einsteins achievements where the theory of relativity or E=mc2, Brownian motion and more. He would calculate the movement of molecules in a liquid. The theory of relativity laid the basis for the release of atomic energy. Einstein's equation became the foundation stone in the development of atomic energy. E=mc2 is more famous then useful (in general relativity), and he also developed the theory of Special Relativity, which combines the theory of General Relativity and Newtonian mechanics together. Although Einstein is famous for spacetime, one of his mentors was the creator. He co-invented a type of refrigerator with no moving parts; patent number 1781541. An electromagnetic pump; patent number GB303065, a self adjusting camera; patent number US2058562, and a sound replication device; patent number DE590783. Along with dozens of other patents worldwide.