morningfox
morningfox
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if x = any integer multiple of pi/2, or if y = any integer multiple of pi/2, then the equation is true. Otherwise it is false.
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if x = any integer multiple of pi/2, or if y = any integer multiple of pi/2, then the equation is true. Otherwise it is false.
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Basically, the currents will be in ratio of 10 : 500.
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Basically, the currents will be in ratio of 10 : 500.
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The problem is like this: <something #1> + X = X + <something #2> You should know that if you add "X" to "something", that is the same as adding "something" to "X". So the X's on each side of …
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Yes, you need to know the masses of both objects. The pull per kg, from the Earth is G M(earth) / R^2, and the pull per kg from the Moon is G M(moon) / r^2. R = distance from Earth center r = distance from moon center = Distance (moon-earth) - …
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Yes, you need to know the masses of both objects. The pull per kg, from the Earth is G M(earth) / R^2, and the pull per kg from the Moon is G M(moon) / r^2. R = distance from Earth center r = distance from moon center = Distance (moon-earth) - …
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Yes, you need to know the masses of both objects. The pull per kg, from the Earth is G M(earth) / R^2, and the pull per kg from the Moon is G M(moon) / r^2. R = distance from Earth center r = distance from moon center = Distance (moon-earth) - …
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The problem is like this: <something #1> + X = X + <something #2> You should know that if you add "X" to "something", that is the same as adding "something" to "X". So the X's on each side of …
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Basically, the currents will be in ratio of 10 : 500.