Starter Directions: Matching the following terms with the correct term. 1.DigestionElectrical 2.LightMechanical 3.BowlingChemical 4.Kelvin Electromagnetic.

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Presentation transcript:

Starter Directions: Matching the following terms with the correct term. 1.DigestionElectrical 2.LightMechanical 3.BowlingChemical 4.Kelvin Electromagnetic 5.VoltageThermal

Temperature and Thermometer Passage and Notes Read the section on Temperature and thermometer. Answer the questions after reading the passage. Draw a T-chart for Temperature and Thermometer. – In your T-chart include the following information – Under temperature: Definition, what it measures, Two facts about temperature – Under Thermometer: what it measures, three temperature scales, temperature of freezing, boiling for each temperature scale,

Thermal Energy and Heat Transfer Passage and Notes Foldable Read the section on Thermal Energy and Heat Transfer. After reading the section, answer the questions. Make sure to copy and draw out question 9. Make a One foldable for thermal energy and heat transfer. – On your foldable: one side is for thermal energy the other side is for heat. – On your foldable included the definition for each term, give facts about each term.

Thermal Energy and Heat Flow Directions: Using the information you just learned draw a Picture Explaining Thermal Energy and Heat Flow.

KWL Chart for HEAT Complete your KWL chart for Heat

Heat Flow Directions: Answer the following questions using the diagram. 1.Which box has more heat? 2.Which box has les heat? 3.The heat flows in which direction and why? The Diagram shows how heat flows from one object to another.

Heat transfer ction.swf ction.swf

Temperature vs. Average Kinetic Energy Directions: Copy the following questions. 1.What happens to the particles and temperature when you increase the average kinetic energy? 2.What happens to the particles and temperature when you decrease the average kinetic energy? 3.What happens to the particles when you make them smaller? 4.What happens to the particles when you make them bigger? 5.What happens to the particles when you increase the temperature and decrease the mass? 6.What happens to the particles when you decrease the temperature and increase the mass?

Answer the questions from the following demonstration. intheory.html intheory.html Temperature vs. Average Kinetic Energy

Exit Slip To shape metal into a horseshoe, the metal is heated in a fire. Why will a horseshoe bend when it’s very hot, but not after it cools?

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