Can you help me with this question 2. In a head-on collision between a truck (object #1) and a car (object #2), as difficult as it is to believe,the force of the truck on the car is equal (and opposite in direction) to the force of the car on the truck.However, because of their different masses, the two vehicles have very different subsequent motion: thetruck basically keeps going, while the car will get smashed up and stick to the front of the truck.Another difference is the force experienced by each driver (assuming each is wearing a seatbelt to keepthem in place). The force of the car on its driver is not the same as the force of the truck on its driver,because those are two separate interactions.Find the forces on each driver assuming the following data: each driver's mass is 80kg, the total mass ofthe car and its driver is 700kg, the total mass of the truck and its driver is 4300kg, and they begin bymoving directly toward each other, each at 12 m/s. The collision lasts 0.85 seconds. Take the positivedirection to be the truck's direction, so that v₁ = +12 m/s and v2i = -12 m/s.Hint: first determine the final velocity of the car & truck stuck together.Mad od no honero sonet ayanov onMAA- 11:30 1Watero ed ex chi lostog of elinopy of moveud tohiylissiqlar od domulotvo

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Description: Can you help me with this question 2. In a head-on collision between a truck (object #1) and a car (object #2), as difficult as it is to believe,the force of the truck on the car is equal (and opposite in direction) to the force of the car on the tru

Given:- The mass of the driver is m = 80 kg The mass of the car and driver is M1 = 700 kg The…

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Find the forces on each driver assuming the following data: each driver's mass is 80kg, the total mass of the car and its driver is 700kg, the total mass of the truck and its driver is 4300kg, and they begin by moving directly toward each other, each at 12 m/s. The collision lasts 0.85 seconds. Take the positive direction to be the truck's direction, so that V₁ = +12 m/s and v₂i = -12 m/s. Hint: first determine the final velocity of the car & truck stuck together.

Find the forces on each driver assuming the following data: each driver's mass is 80kg, the total mass of the car and its driver is 700kg, the total mass of the truck and its driver is 4300kg, and they begin by moving directly toward each other, each at 12 m/s. The collision lasts 0.85 seconds. Take the positive direction to be the truck's direction, so that V₁ = +12 m/s and v₂i = -12 m/s. Hint: first determine the final velocity of the car & truck stuck together.

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter4: The Laws Of Motion

Section: Chapter Questions

Problem 15P

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