also number 5) 5) A car starts at the origin traveling with a constant velocity of V ?= (5, 3) m /s for 2 seconds and then stops, dropping off passenger 1 (segment 1). The car then rotates and accelerates due north at 5 m/s^2 for 3 seconds (segment 2). The car then decelerates to a stop after 5 seconds, dropping off passenger 2 (segment 3). Where is the car located? What is the angle the car's final position makes with the horizontal and vertical axis? What is the distance between passenger 1 and the origin and the distance between passenger 2 and passenger 1? Use a coordinate system in which up is North (positive y) and right is East (positive x). All the accelerations in this problem can be considered to be constant.

4) A 1200 kg satellite moves through space by firing two rocket engines. Each rocket provides a constant propulsive force (as shown in the diagram below). If the vertical rocket prowdes a thrust of 10000 N and the horizontal rocket provides a thrust of 8000 N where is the satellite 8 location after 3 seconds, assuming the satellite starts from rest at the origin? What is the angle the final position makes with the horizontal and vertical axis? What is the distance from the origin to the final position? (l'ake a standard coordinate systems in which posmve x is to the right and positive y is to the left.) it) 0 '0