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5.1 Impulse and Momentum

5.1 Impulse and Momentum

Chapter 5 Momentum Ewen et al. 2005). 5.1 Impulse and Momentum. Objective: Use impulse and momentum in describing motion. Momentum. Is a measure of the amount of inertia and motion and object has. Another way to think about momentum is how difficult it is to bring a moving object to rest.

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462 views • 13 slides
4.1 Forces and the Law of Inertia 4.2 Force and the Law of Acceleration

4.1 Forces and the Law of Inertia 4.2 Force and the Law of Acceleration

Force Chapter 4 ( Ewen et al. 2005) . 4.1 Forces and the Law of Inertia 4.2 Force and the Law of Acceleration. Objectives: Related force and the law of inertia. Apply the law of acceleration. Forces. What causes an object to accelerate? Answer: forces Force is any push or pull

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250 views • 10 slides
7.2 Power

7.2 Power

Chapter 7: Work ( Ewen et al. 2005 ). 7.2 Power. Objectives: Define power and solve power problems. Power . Power is the rate of doing work; how fast work is done. Units for work? 1 Watt (W) = 1 J/s ft lb/s 1 horsepower (hp) = 550 ft lb/s = 33 000 ft lb/mi. Example 1.

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264 views • 8 slides
4.3 Friction

4.3 Friction

Chapter 4 Force Ewen et al (2005). 4.3 Friction. Objectives: Identify components of friction. Analyze forces in one dimension. Friction. Friction is a force that resists the relative motion of two objects in contact with each other.

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221 views • 8 slides
5.2 Collisions

5.2 Collisions

Chapter 5 Momentum Ewen et al. 2005 ). 5.2 Collisions. Objective: Apply the law of conservation of momentum to both elastic and inelastic collisions of two objects. Conservation of Momentum and Collisions.

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226 views • 7 slides
6.3 Torque

6.3 Torque

Chapter 6: Concurrent and Parallel Forces ( Ewen et al. 2005). 6.3 Torque. Objectives: Define torque. Solve rotational problems using the formal definition of torque. Definition of Torque. Torque is the tendency to produce change in rotational motion.

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281 views • 4 slides

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