Using this given information, can you help me understand what the force factor experienced by passenger at point B is?

PATERSON GENERAL ROLLER COASTER DESIGN RE Refer to the drawing below of a proposed roller coaster design. Consider the 3 points - A, B, and C. The velocity of IS the roller coaster car at point A is 0 meters per second. Point A is 55 m above the ground, Point B is on the ground, and Point C is 40 meters above the ground. Assume the mass of the passenger is 60 kg. A Omls m= 60kg C H = 55m R = 20m B 26. What is the potential energy in joules of the passenger at point A? 13,200 33,000 PE = mah 60,000 PE = 60*9. 8*55 30,000 PE = 3 2, 340J 27. What is the potential energy in joules of the car at point B? a) 11,000 27,500 PE = mgh 50,000 PE = 60* 9, 8 x 0 C 25,000 PE = 0J B -7 2 60 ( 33 ) = + ( 60 ) v 2 +mah 28. What is the kinetic energy in joules of the car at point C? a ) 9,000 " (83)=1 32, 670 2 = 30v2+ 60(9.8) (40) 13,800 KE - trov 30,000 1089 = 30v 2 + 23, 520 20,000 KE $ 6 60 66 62 22, 431 = 30 V2 0 - 747.7 = V2 V= 27.34 29. What is the velocity of the car in meters per second at point B? a) 66 33 RE + PE, = KE, THE c ) 23 mgh = zmv ? e ) 10 33,000 = 2 (60 ) v 2 Joo = / V 2 Copyright 2006 SPFHS V = 33 mls