New PDF release: Conservation Laws
By Crowell B.
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Extra info for Conservation Laws
In any case there is no substitute for a physical understanding of the processes involved. The techniques developed for calculating work can also be applied to the calculation of potential energy. We fix some position as a reference position, and calculate the potential energy for some other position, x, as PEx = Wref→x . The following two equations for potential energy have broader significance that might be suspected based on the limited situations in which they were derived: PE = 1 2 k(x-xo)2 .
3 All Energy is Potential or Kinetic boiling bending breaking chemical reactions In the same way that we found that a change in temperature is really only a change in kinetic energy at the atomic level, we now find that every other form of energy turns out to be a form of potential energy. Boiling, for instance, means knocking some of the atoms (or molecules) out of the liquid and into the space above, where they constitute a gas. There is a net attractive force between essentially any two atoms that are next to each other, which is why matter always prefers to be packed tightly in the solid or liquid state unless we supply enough potential energy to pull it apart into a gas.
A computerized answer check is available. ∫ A difficult problem. A problem that requires calculus. 1 Work: The Transfer of Mechanical Energy Work: The Transfer of Mechanical Energy The concept of work The mass contained in a closed system is a conserved quantity, but if the system is not closed, we also have ways of measuring the amount of mass that goes in or out. The water company does this with a meter that records your water use. Likewise, there are many situations in which we would like to know how much energy comes in or out of a system that is not closed.
Conservation Laws by Crowell B.