Part B 08 Road Runner ies a jet plane at 1434 kmfh in a loop-de-loop of radius 1 km. Determine the normal force in terms of mg of the seat on the pilot at A) the top (upside-down). B) bottom (upside-right) and sides C) facing up and D) facing down of the loop. 09 Foghorn Leghorn has a mass of 60 kg and is standing on the planet Terra which has a mass of 5.98 X 1024 kg and radius of 637'0 km. Determine his weight on the surface of this mysterious planet. 10 Pepe' Le Pew has a weight of 220 lbs on the surface of the planet Earth, A) He visits the planet Monde-T with twice the mass. and triple the radius. Determine his new weight. B] Later he visits the planet Mundo-E which has 75% less radial length and one third the mass of the Earth. Determine his new weight. 11 Yosemite Sam has a weight of 784 N when standing by the ocean on the mysterious planet LooneyToon. He climbs to the top of a nearby mountain and has a weight of 783 N. Determine the altitude of the mountain in terms of the radius of the planet {example answer: h = 0.025 Rplanet or 2.5% of planet radius). You do not know the planet's mass or radius. Based on your answer what would the height be on the planet Earth which has a radius of 6380 km? 12 Speedy Gonzales orbits the Earth in a 10 tonne spacecraft with an orbital radius of 10 000 km. Determine the force of gravity acting on the space ship. 13 Tasmanian Devil orbits the Earth in geosynchronous orbit just like a cell phone or telecormnunications satellite does. Determine the speed of his ship and the radius of his orbit, Part C 14 Babs Bunny drives a l 200 kg car at 20 m/s around a frictionless banked curved road of unknown radius r km and angle 30 above the horizontal. A) Determine the radius of the curve. B) What speed would be safe for Babs if the road was flat with an ideal coefcient of friction of 0.97? 15 The Warner Brothers and Sister Yakko. Wakko. and Dot drive a 250 kg bike around a banked curved road of radius 50.0 m. coefficient of friction 0.98 and angle 20.l above the horizontal. Determine the tangential velocity of the bike if the force of friction keeps the bike from moving A) up the hill B) down the hill C) up the hill and there is a micro-singularity or mini-black-hole of mass [015 kg at the centre of the curve D) down the hill and there is a micro-singularity or mini-black-hole of mass 1015 kg at the centre of the curve