Physics

Guest

2 March, 03:23

3. consider the forces acting on a car. when the car is accelerating, it will move in the direction of the net force. this is because the force of the engine is large enough to overcome the forces of friction and air resistance. however, objects do not always move in the direction of the net force. explain how this would be the case for a car coming to a stop at a traffic light. your answer should include a diagram showing the forces acting on the vehicle.

+2

Answers (1)

Know the Answer?

Not Sure About the Answer?

Find an answer to your question ✅ “3. consider the forces acting on a car. when the car is accelerating, it will move in the direction of the net force. this is because the ...” in 📘 Physics if you're in doubt about the correctness of the answers or there's no answer, then try to use the smart search and find answers to the similar questions.

Search for Other Answers

You Might be Interested in

A battery applies 45 volts to a circuit, while an ammeter reads 10 ma. later, the ammeter reading drops to 7 ma. assuming the resistance has not changed, the voltage must have

If you leave home at 1:00 and get to your friends house at 5:00, what was the average speed?

Do 2 objects of different masses exert equal forces on each other?

While driving from A-ville to B-town, Harriet drove at a constant speed of 115 kilometers per hour. Upon arriving in B-town, Harriet immediately turned and drove back to A-ville at a constant speed of 135 kilometers per hour.

Draw the vector C⃗ = 0.5A⃗ + 2B⃗.

New Questions in Physics

What is a hydraulic machine and what is its purpose? Explain how a simple hydraulic machine performs work.

Is the muzzle velocity a scalar or vector quantity?

How many day does it take the sun to came out?

Using the word "more" to mean "I want another cookie" is an example of a (n) :

Ohm's law is I = V : R. What is the current of a circuit with a 3.0-volt battery and 1.0 ohm of resistance? The current of a circuit with a 3.0-volt battery and 1.0 ohm of resistance is (blank) amps.