Introduction
When you’re trying to determine the magnitude of something, you use a scale to measure the size. In this problem, you are given a scale and three objects to measure. The car on the truck, the truck on the car, and the car on the ground. You are asked to determine which object is the largest.
The Problem
The magnitude of the force of the car on the truck is a question that has been asked many times. It is important to know because it can determine how serious the injury is. In general, the force of a car on a truck can be determined by calculating its weight and speed.
First, you need to know the weight of the car. Second, you need to know the speed of the car. Then, you can use these two values to calculate the force of impact.
The weight of the car is what determines how much force is exerted when it hits the truck. The speed of the car also affects how much force is exerted. If the car was going slow, less force would be exerted because it would take more time for it to hit the truck. If the car was going fast, more force would be exerted because it would hit the truck sooner.
The magnitude of the force of impact is usually between 0 and 100 pounds per square inch (PSI). This means that if you were hit by a car with a weight of 2000 pounds and an impact speed of 50 miles per hour (mph), there would be a force of 2000 pounds × 50 mph = 5000 PS
The Solution
If your car is heavy and the truck is light, the car will move faster than the truck. If your car is light and the truck is heavy, the car will move at the same speed as the truck.
The magnitude of the force of a car on a truck can be determined by multiplying the weight of the car by the acceleration due to gravity (9.8 m/s2).
Conclusion
The magnitude of the force of the car on the truck can be determined by how fast each object is moving and how big each object is. If the car is moving at a speed of 20 mph and the truck is moving at a speed of 50 mph, then the magnitude of the force would be twice as large as if both objects were stationary.