Let’s look at some gravitational potentials and the density profiles that can generate them. i) for rho(r) = rho◦r 2 ◦/r2 , what is the corresponding gravitational potential? ii) for φ(r, z) = φ◦ ln[ r 2 ◦+r 2+z 2/q2 r2 ◦ ], what is the corresponding density profile rho(r, z)? in this expression, the constant q controls the axis ratio of the potential, where q = 1 would be spherically symmetric and q < 1 means that the potential is "flattened" a bit along the z-axis. does something strange happen at large distances along the z axis if q < 0.7 ?
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Physics, 22.06.2019 10:00, yasminlockser6
Awater-filled u-tube manometer is used to measure the pressure inside a tank that contains air. the water level in the u-tube on the side that connects to the tank is 5 ft above the base of the tank. the water level in the other side of the u-tube (which is open to the atmosphere) is 2 ft above the base. determine the pressure within the tank.
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Physics, 22.06.2019 18:00, daphnevlogs11
Directions: count the number of atoms. ar co2 na3po4 so3 nac2h3o2
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Let’s look at some gravitational potentials and the density profiles that can generate them. i) for...
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