I know it shows two questions, but I just need number 18. Thank you. Philadelphia is hosting a monster truck rally featuring the 7200 kg truck named The Juggernaut. Apopular stunt performed is for a small 1350 kg VW Beetle car to ram into the Juggernaut in an effort tostop or flip it.The Juggernaut is driving north in the arena at 15 m/s and collides with the Beetle, which is17.)driving 30 degrees south of west at 20 m/s. The Beetle gets caught in the massive grill on the Juggernautand they are now stuck together. What is the Juggernaut's velocity vector right after this collision?18.)sending it erashing into one of the walls of the arena head-on. The arena's walls are reinforced withsprings so that the Juggernaut bounces back. The collision makes the Juggernaut bounce back with thesame speed that it entered with. If the collision took a total of 0.42 seconds, what is the magnitude of theaverage force exerted on the Juggernaut/Beetle system by the wall during the collision?The Juggernaut keeps going! It continues at the speed you found above and hits an oil slick

Given, mj=7200 kg mb=1350 kg vj= 15 m/s vb=-20 cos 30=-17.32 m/s

The Juggernaut keeps going! It continues at the speed you found above and hits an oil slick 18.) sending it erashing into one of the walls of the arena head-on. The arena's walls are reinforced with springs so that the Juggernaut bounces back. The collision makes the Juggemaut bounce back with the same speed that it entered with. If the collision took a total of 0.42 seconds, what is the magnitude of the average force exerted on the Juggernaut/Beetle system by the wall during the collision?

The Juggernaut keeps going! It continues at the speed you found above and hits an oil slick 18.) sending it erashing into one of the walls of the arena head-on. The arena's walls are reinforced with springs so that the Juggernaut bounces back. The collision makes the Juggemaut bounce back with the same speed that it entered with. If the collision took a total of 0.42 seconds, what is the magnitude of the average force exerted on the Juggernaut/Beetle system by the wall during the collision?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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