first law of motion

14
First Law of Motion Inertia

Upload: washi

Post on 23-Feb-2016

31 views

Category:

Documents


0 download

DESCRIPTION

First Law of Motion. Inertia. Inertia. Is a property of matter that resists change in motion Resists acceleration. A force is a push or a pull. First Law of Motion. rest / constant motion. An object will remain at until an unbalanced force is exerted on it. - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: First Law of Motion

First Law of MotionInertia

Page 2: First Law of Motion

A force is a push or a pull

Inertia

Is a property of matter that resists change in motion Resists acceleration

Page 3: First Law of Motion

A force is a push or a pull

First Law of Motion

An object will remain at until an unbalanced force is exerted on it

rest / constant motion

Page 4: First Law of Motion

First Law of Motion

Page 5: First Law of Motion

First Law of Motion

Page 6: First Law of Motion

First Law of Motion

Page 7: First Law of Motion

First Law Quiz

Using the principle of interia and the first law of motion describe the benefit for having a head rest in a car.

Page 8: First Law of Motion

First Law Quiz

Page 9: First Law of Motion

First Law of Motion

Page 10: First Law of Motion

Adding Collinear Forces

Page 11: First Law of Motion
Page 12: First Law of Motion

Adding Collinear Forces

Vectors that are parallel are collinear, even if they have opposite directions.

Two people are dragging a canoe out of a lake onto a beach using light ropes. Each person applies a force of 60.0 N [forward] on the rope. The force of friction exerted by the beach on the canoe is 85.0 N [backward]. Starting with a free-body diagram, calculate the net force on the canoe.

Page 13: First Law of Motion

Adding Collinear ForcesTwo people are dragging a canoe out of a lake onto a beach using light ropes. Each person applies a force of 60.0 N [forward] on the rope. The force of friction exerted by the beach on the canoe is 85.0 N [backward]. Starting with a free-body diagram, calculate the net force on the canoe.

Page 14: First Law of Motion