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Potential or Kinetic Energy: Do You Know the Difference? ContinueHome
Which energy type? An airplane circling in preparation for a landing Potential EnergyKinetic Energy ContinueHome
Potential EnergyKinetic Energy Which energy type? A pile of coal that will be used for fuel ContinueHome
Potential EnergyKinetic Energy Which energy type? A flag blowing in the wind ContinueHome
Potential EnergyKinetic Energy Which energy type? A hatbox stored on the top shelf of a closet ContinueHome
Potential EnergyKinetic Energy Which energy type? An unlit firecracker ContinueHome
Potential EnergyKinetic Energy Which energy type? A hammer held above a nail ContinueHome
Potential EnergyKinetic Energy Which energy type? A marble rolling down the aisle of your science classroom ContinueHome
Potential EnergyKinetic Energy Which energy type? A new car battery ContinueHome
Potential EnergyKinetic Energy Which energy type? Glucose stored in plants as a result of photosynthesis ContinueHome
Potential EnergyKinetic Energy Which energy type? An ant crawling across a sandwich at a picnic ContinueHome
Potential EnergyKinetic Energy Which energy type? A tennis racket about to crash down on a ball near the net ContinueHome
Potential EnergyKinetic Energy Which energy type? An eyelash fluttering ContinueHome
Potential EnergyKinetic Energy Which energy type? Energy at rest ContinueHome
Potential EnergyKinetic Energy Which energy type? The release of stored energy ContinueHome
Potential EnergyKinetic Energy Which energy type? Energy of motion ContinueHome
Potential EnergyKinetic Energy Which energy type? A dam holding back a river’s water ContinueHome
Potential EnergyKinetic Energy Which energy type? A mousetrap set and ready to spring ContinueHome
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Potential EnergyKinetic Energy Which energy type? A basketball flying toward the basket ContinueHome
Potential EnergyKinetic Energy Which energy type? A sled released at the top of a snowy hill ContinueHome
Congratulations! You have reached the end of your energy journey. Job well done! The End All clipart courtesy of Microsoft Clipart Gallery.
Energy Transformations. You have a tennis ball in your hand. You are holding it at a height of 2 meters 1.Describe what will happen when the ball is dropped.
Science Starter 10/21 REVIEW: 1. How does work increase or decrease kinetic energy? 2. What is work? 3. Give an example of work. 4. What affects how much.
SOL Jeopardy Matter Kinds of Energy Potential Or Kinetic MotionForce
Intro to Energy, Potential Energy, Kinetic Energy Karen Tino September 2013.
Anthony Wayne Lacrosse Catching. Foundation To catch a lacrosse ball takes concentration. You need to focus on the ball as it comes in, and watch it all.
Work- Mechanical Energy - To Do Work, Forces Must Cause Displacements frictionlessfrictionlessfrictionlessfrictionless.
TOPIC: Energy AIM: Describe potential and kinetic energy and conversions that can occur between these two forms of energy. Do Now: Take out HW ditto Top.
Energy What are potential and kinetic energy?. First some review… Write down the definition of energy. Write down the four of the seven types of energy.
Energy Laws & Types. Energy: the ability to do work or cause change.
Chapter 9.4 Potential Energy. Energy that is stored and held in readiness is called potential energy (PE) because in the stored state it has the potential.
Learn to Juggle. One Ball Exercise Start with one ball. Throw the ball in an arc from hand to hand about eye level. The pattern will be an arc, not a.
T. Trimpe What is a catapult? A catapult is a device which uses an arm to hurl a projectile a great distance and were often used.
ConcepTest 6.2a Friction and Work I 1) friction does no work at all 2) friction does negative work 3) friction does positive work A box is being pulled.
Energy Part I Notes on the different types of energy.
Energy. Work Motion Direction Motion must be in the same direction of the apply force.
Teaching About Energy Transparencies. Activity 1 Roller coaster brainstorming: Factors to consider Go up slowly and up a gentle incline to enhance anticipation.
Earths Weather by Denise Carroll. Changes in Weather Weather is what the air is like outside. Weather can be warm or cool. Weather can be sunny, windy,
Energy Notes. What is the ability to cause a change in matter? energy energy.
Is the force of friction doing work?. Walking on pavement.
Motion in Two Dimensions Chapter 6 Motion in Two Dimensions Use Newtons laws and your knowledge of vectors to analyze motion in two dimensions. Solve.
Plants are Produces Jinny, Terry, and Cindys X-File of 2.2.
Problem Solving in Science The Scientific Method.
Work, potential and kinetic energy. 1.What equation links work, force and distance? 2.A force of 10N is applied to a box to move it 2m along the floor.
Warm-up: Write this in your notes. 1.What is the original source of energy that powers wind turbines? 2.What time of day do you feel sea breezes? Explain.
Bromothymol Blue Turns light yellow when mixed with CARBON DIOXIDE. Turns blue when mixed with OXYGEN Why is there a straw in the yellowish beaker?
Here we have an apple that is at a height h above the Earths surface.
Directions: 1.Read or listen to the sentences about each vehicle. 2.Click on the picture that tells about that vehicle. Click to listen.
or s SUVAT Equations of motion Suvat equations a = ( v - u ) t s = ( u + v ) t 2 s = u t + 1 a t 2 2 v 2 = u a s.
Alphabet Matching Game A-G Instructions In each slide there is a Capital letter and four lower case letters. Choose the correct lower case letter that.
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