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Consider a long cylinder of porous material of radius R in which a gas A is being generated throughout the cylinder at a rate of RA [moles of A/ft3 hr] and is diffusing through the porous material. The concentration of A at the surface of the porous cylinder is XAR. Derive the differential equation to find the mole fraction of A in the cylinder as a function of radial position. Solve the differential equation to find the mole fraction of A as a function of position.
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A satellite has been placed in a circular, sun-synchronous orbit at an altitude of 1300.0 km. The satellite has a mass of 5,000.0 kg. What is the K.E. of the satellite?
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