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angular momentum L = m*v* r 4.5 kg·m²/s = 0.25kg * 3.5m/s * r r = 5.1 m

... 450•150/600 = 112.5 Ω that is in series with 20 for a total R of 132.5 Ω battery current = 8/132.5 = 0.0604 amps voltage across the...

The nose of the jet subtends the same angle, so s = Θ r = 8.67e-3rads * 12.5km = 0.108 km = 108 m https://answers.yahoo.com/question/index?qid=20201112205647AA24OE9

...do it. Let θ be the angle from vertical to the point of no contact. Let R be the radius of the curve Potential energy converts to kinetic energy...

... the acceleration of bodies around it. a = (2 pi()/ T)^2 * R =(2*pi() / (27*24*60*60 +7*60*60+43*60+11.5))^2 * 3.84*10^8= 0.00272 m/s^2 ...

... at the new low planet orbit would follow Kepler's law.  R ^3 is proportional to t^2 giving sqrt(8) or D

If this is not your circuit, then it may be that these steps will lead you to a solution for your circuit. (a) Kirchoff's Current at z: 6.00A - 4.00A - I = 0 A → I = 2.00 A (b) Kirchoff's...

1/2 m v^2 = - GMm/ R -> v is proportional to sqrt (M/ R ) -> V2 = 8 * sqrt(121/4)  ~ 44 km/s