An aircraft arresting system is used to stop airplanes whose braking systems fail. The system stops...

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An aircraft arresting system is used to stop airplanes whose braking systems fail. The system stops a 59.1-Mg airplane moving at 98 m/s in 8.10 s. (b) What is the average deceleration {in absolute value} Enter the units = The 3.4 kg object A and 8.2 kg object B undergo an oblique central impact. The coefficient of restitution is e = 0.86 Before the impact, VA 10i +5j + 9k (m/s) and vB = -1.9i +-5.8j +5k (m/s). What is the velocity of A after the impact in i component? enter the units An aircraft arresting system is used to stop airplanes whose braking systems fail. The system stops a 59.1-Mg airplane moving at 98 m/s in 8.10 s. (b) What is the average deceleration {in absolute value} Enter the units = The 3.4 kg object A and 8.2 kg object B undergo an oblique central impact. The coefficient of restitution is e = 0.86 Before the impact, VA 10i +5j + 9k (m/s) and vB = -1.9i +-5.8j +5k (m/s). What is the velocity of A after the impact in i component? enter the units