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Section 1: Work, Power, and Machines Section 2: Simple Machines Section 3: What Is Energy? Section 4: Conservation of Energy (Excluding)
Section 1: Work, Power, and Machines Section 2: Simple Machines Section 3: What Is Energy? Section 4: Conservation of Energy (Excluding)
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CHAPTER 5 Work and Machines. DEFINITIONS Effort Force - (F e ) the force put into a machine Resistance Force - (F R ) the force moved by a machine Weight.
CHAPTER 5 Work and Machines. DEFINITIONS Effort Force - (F e ) the force put into a machine Resistance Force - (F R ) the force moved by a machine Weight.
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Energy Kinetic and potential Forms of Energy Mechanical - energy with which moving objects perform work Ex: bicycle, sound Mechanical - energy with which.
Energy Kinetic and potential Forms of Energy Mechanical - energy with which moving objects perform work Ex: bicycle, sound Mechanical - energy with which.
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NS1300 – Emergence of Modern Science Energy and Thermodynamics.
NS1300 – Emergence of Modern Science Energy and Thermodynamics.
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IOT POLY ENGINEERING 3-9 1.Energy Sources – Fuels and Power Plants 2.Trigonometry and Vectors 3.Classical Mechanics: Force, Work, Energy, and Power 4.Impacts.
IOT POLY ENGINEERING 3-9 1.Energy Sources – Fuels and Power Plants 2.Trigonometry and Vectors 3.Classical Mechanics: Force, Work, Energy, and Power 4.Impacts.
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Work and Power. What does work mean to you? In physics, work has a very specific meaning. It is the action to make things change Work= force x distance.
Work and Power. What does work mean to you? In physics, work has a very specific meaning. It is the action to make things change Work= force x distance.
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Physical Science Review One: Physics. VELOCITY DISTANCE TIME VELOCITY= v= 12 m 1.5 s = 8 m/s forward This snowboarder jumps 12 meters in 1.5 seconds.
Physical Science Review One: Physics. VELOCITY DISTANCE TIME VELOCITY= v= 12 m 1.5 s = 8 m/s forward This snowboarder jumps 12 meters in 1.5 seconds.
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1 Simple Machines and Mechanical Advantage. 2 Remember Work? Remember: Work = using a force to move an object some distance (in the same direction as.
1 Simple Machines and Mechanical Advantage. 2 Remember Work? Remember: Work = using a force to move an object some distance (in the same direction as.
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SIMPLE MACHINES. Slide 1 The Six Simple Machines are: 1. Lever 2. Wheel and Axle 3. Inclined Plane 4. Wedge 5. Pulley 6. Screw.
SIMPLE MACHINES. Slide 1 The Six Simple Machines are: 1. Lever 2. Wheel and Axle 3. Inclined Plane 4. Wedge 5. Pulley 6. Screw.
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Work Two conditions must be met in order for work to be done. - an object must move - a force must be applied to the object in the direction that the.
Work Two conditions must be met in order for work to be done. - an object must move - a force must be applied to the object in the direction that the.
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Chapter 14
Chapter 14
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Work & Power!!
Work & Power!!
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