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3 Newton's First and Second Laws Introduction Newton's Laws of Motion Newton's First Law Newton's Third Law Newton's Second Law Law of inertia Action-reaction P = ma Moving Objects objects at rest Force of A Equals force keep moving stay at rest on B of B on A Force and acceleration are proportional Pre-lab and Discussion Questions Pre-Lab Questions This part of the lab is to be completed prior to class. You MUST show it to your instructor upon arrival or else no credit will be given for this section. 1. Write Newton's First Law in your own words: [5 pts] 2. Write Newton's Second Law in your own words: [5 pts]This p 3. Ben is being chased through the woods by a moose he was attempting to photograph. If Ben makes a zigzag pattern through the trees, he will be able to use the large mass of the moose to his own advantage. Explain this in terms of Newton's First Law of Motion. [3 pts] 4. Each of the following boxes is initially at rest when the forces shown are applied. Show the magnitude and direction of the force needed to keep the box at rest. [2 pts] (a) 20 N (b ) 2N 4 9N 5. If you maintain a constant net force (Fret # 0) on an object, what happens to the acceleration? What happens to the velocity? [2 pts] 6. If an object is not accelerating, what can you determine about the sum of all the forces on the object? [3 pts] 7. What is the mass of an object that needs a force of 6600 N to increase its speed from rest to 107 m/s in 2.3 seconds? [5 pts]