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To help you prepare for your exams, we have compiled a list of the most current physics formulas for you to reference. There are many formulas to be aware of. For example, if you want to know the temperature variation as a function of height in the atmosphere, you'd use: h = 239.59 kilometers T = 5/9*exp (-183600 * h) The grand total is: -183600 * h + 5/9* exp (-5/239.59) -5/239.59 ------------- T . The formula gives the temperature difference in degrees Celsius as a function of height above sea level. For long-range plasma clouds in the high atmosphere, you'd use: C = 10 −5 m/s//(thickness of plasma cloud) and u = 0.004835 MV -1This is a simple formula to use if you want to calculate the total mass of the electric field E in a particular direction. You'd do this before calculating E's velocity or charge, since we know these quantities already. E = m *e r Now we know the formula for the electric field. We can use this formula to find E's velocity and charge: E' = E / ( 0.5*m*v2/4086.25 ) E' = 985.552.79 m/s^2 (0, 5, 10) A = 1.602 X 10 V If we wanted to find out how much charge was in a particular region of space, we could use: It is important not to confuse the "charge" within a volume with that of an electric field or potential. The three terms are separate. It's also important to know that "electric charge" is a physical property, whereas "charge" is an abstract value that only applies in the context of an electric field or potential. Q = E*t (1/4πε 0 ) Your goal when using this formula would be to calculate the total charge in a volume after it has been electrified by an external source. You'd use this formula when given the potential for your region of space. cfa1e77820
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