Kinetic energy in an orbit. The kinetic energy of an object in orbit can easily be found from the following equations: Centripetal force on a satellite of mass m moving at velocity v in an orbit of radius r = mv2/r. But this is equal to the gravitational force (F) between the planet (mass M) and the satellite: F =GMm/r2 and so mv2 = GMm/r. But kinetic energy = mv2 and so:
I believe the power company would be responsible for it, but they would of course charge you. Their business is delivering power and not contracting; ours seemed pretty fair running a natural gas line/meter/etc. 430 feet for $2000.
So the cost is completely dependent on how far away from the road you want the water and what kind of soil that area has (rock costs a lot more). As for electric, if you string it on poles it will be cheaper than if you get an underground line, but aerial lines are more prone to power failures.o the cost is completely dependent on how far away from the road you want the water and what kind of soil that area has (rock costs a lot more). As for electric, if you string it on poles it will be cheaper than if you get an underground line, but aerial lines are more prone to power failures.