The first thing to do is ...piercegirl said:Homework Statement
You have a fuzzy dice with mass .2kg hanging from the rear view mirror. When you step on the gas the dice makes an angle of 25 degrees. what is car's acceleration?
Homework Equations
F=ma...?
Fr=mac..?
The Attempt at a Solution
I'm really not sure where to start. I would need first find force, correct?
Newton's laws of motion are three fundamental principles that describe the behavior of objects in motion. They are:
Newton's laws apply to a car in the same way as they apply to any other object. The car will remain at rest or continue moving at a constant speed unless acted upon by an external force, such as the engine or brakes. The force applied by the engine is equal to the car's mass multiplied by its acceleration, and the car will experience an equal and opposite reaction from the ground as it moves forward.
Fuzzy dice do not play a direct role in Newton's laws. However, they can be used as a visual aid to demonstrate the effects of Newton's laws on a moving object, such as a car. For example, if a car with fuzzy dice hanging from the rearview mirror suddenly accelerates, the fuzzy dice will appear to move backwards due to the inertia of the objects inside the car.
Newton's laws dictate how a car will move based on the forces acting upon it. The first law explains why a car will stay at rest or continue moving at a constant speed, the second law explains how the car will accelerate or decelerate, and the third law explains the equal and opposite forces involved in the car's movement.
Yes, Newton's laws are still relevant in modern cars. The laws of motion have not changed, and they still apply to all objects, including cars. In fact, engineers use Newton's laws to design and improve cars for better performance and safety.