a = Remember that the mathematical model for acceleration is: This is the mathematical way of representing Newton’s Second Law. Does Newton’s Second Law apply to an object with balanced forces? Explain why. Hint: what is the net force is when balanced forces are acting Draw a force diagram for a box that is pushed with 60 Newton’s of force to the right and is opposed by 30 Newtons of force. How would this box move? Draw a force diagram for a car that is being pushed by two girls. Each girl is pushing with a force of 80 Newtons. The car is moving at a constant speed.
Remember that the mathematical model for acceleration is: a = This is the mathematical way of representing Newton’s Second Law. Does Newton’s Second Law apply to an object with balanced forces? Explain why. Hint: what is the net force is when balanced forces are acting Draw a force diagram for a box that is pushed with 60 Newton’s of force to the right and is opposed by 30 Newtons of force. How would this box move? Draw a force diagram for a car that is being pushed by two girls. Each girl is pushing with a force of 80 Newtons. The car is moving at a constant speed.
activity_2.2.docx