Andere Kunden interessierten sich auch für
![AP Physics C Study Guide]( "AP Physics C Study Guide")
AP Physics C Study Guide24,99 €![Physics For School Science]( "Physics For School Science")
Physics For School Science46,99 €![The time transformation under the motion relative to cosmic background]( "The time transformation under the motion relative to cosmic background")
The time transformation under the motion relative to cosmic background14,99 €![Non-Markovian Quantum Brownian Motion]( "Non-Markovian Quantum Brownian Motion")
Non-Markovian Quantum Brownian Motion45,99 €![Explanation of Electromagnetics by Motion of Electric Field]( "Explanation of Electromagnetics by Motion of Electric Field")
Explanation of Electromagnetics by Motion of Electric Field22,99 €![A non-Einsteinian Approach to the Theory of General Relativity]( "A non-Einsteinian Approach to the Theory of General Relativity")
A non-Einsteinian Approach to the Theory of General Relativity57,99 €![Frictional Sliding and Charge Transfer in Surface Force Apparatus]( "Frictional Sliding and Charge Transfer in Surface Force Apparatus")
Frictional Sliding and Charge Transfer in Surface Force Apparatus32,99 €
The research work is aimed at proofing equations of linear motion through normal formula derivation, calculus notations with a new innovation using matrices to express the equation of linear motion: as well as other physical quantities in mechanics such as: force, work, impulse, linear, momentum, pressure and power in a connective manner.It also tries to relate Sir Isaac Newton's (1642 - 1728) laws of motion to the experimental works of the great Italian physicist Galileo Galilei (1564 - 1642).