## Question

###### Two satellites are in orbit above the surface of the Earth; the first at distance MU kilometers (above the surfuce of the Earth), and the second at distance of 11,250 kilometers (above the surface ofthe Earth).Assume, for the purposes af the exereises that follow. that each satellite i> in stable (circular) orbit; that the mass the Earth (approximatelv) 10" kilograms. that the average radius of the Earth (approximatelv) 6,38 10* kilometera_Determine the linear (tangential) speed of each

Two satellites are in orbit above the surface of the Earth; the first at distance MU kilometers (above the surfuce of the Earth), and the second at distance of 11,250 kilometers (above the surface ofthe Earth). Assume, for the purposes af the exereises that follow. that each satellite i> in stable (circular) orbit; that the mass the Earth (approximatelv) 10" kilograms. that the average radius of the Earth (approximatelv) 6,38 10* kilometera_ Determine the linear (tangential) speed of each of the two satellites. Present all detail ofthe required calculations. Do NOT round. Determine the period of each of the two satellites. Present all detail of the required calculations; Do NOT round. Determine the e angular speed of each ofthe two satellites. Fresent all detail ofthe required calculations . Do NOT round. ball wilh MaSS 175 kilograms Ad A0 initial cpeed 8.00 mneters per second [20]undergoes hend collision Wilh Gccona ball chat initially at rest Assuming that the collision i8 perfectly elastic and that the nrst ball rebounds with speed equa| OQ meters cccnd determine the mass ofthe second ball. Present all detail othe required calculations Do NOT round bullet with Mus$ of 28.5 Grams, initially traveling at speed o 250 meters per second, [20] becomes cmbedded in a 2.00 kilogram pendulum hanging on light cord measuring 1.00 meter InL lengtn: Upon impact; the pendulum (which now houses the bullet) swings upward Ignoring the mass the cord determine the horizontal component and the verticn] compxnent of the mAximum displacement of che pendulum. Fresent all detail ofthe required calculations Do NOT rund