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Physical Science: Unit 8 Energy, Heat, and Temperature

Physical Science: Unit 8 Energy, Heat, and Temperature
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Physical Science: Unit 8 Energy, Heat, and Temperature

Unit Title: Energy, Heat, and Temperature

Included
7 - PowerPoint Presentations (pptx) 68 slides
22 - Labs/Worksheets (pdf, pptx, and docx)
4 - Unit Tests (CP and Pre-AP) with answer key (Examview and docx)
1 - Formula Sheet
1 - Unit 9 Focus Questions

Subject/Topic Areas: Forms of Energy, Conservation of Energy, Temperature, Energy Transfer, Laws of Thermodynamics

Brief Summary of Unit

Enduring Understanding:
Students will understand that:
• The phases of matter are directly correlated to the motion of molecules.
• The behavior of gases is related to temperature, pressure and volume (kinetic theory).
• There are different methods of heat/energy transfer within a system.
• The temperature remains constant during any phase change (phase diagram).
• Whenever work is done energy is transformed or transferred.
• Potential Energy is “static” and Kinetic Energy is energy in motion.

Essential Question:
• How the phases of matter are directly related to molecular motion?
• What is the difference between conduction, convection and radiation?
• What is the relationship between energy and work?
• What does temperature have to do with energy?
Learning Goals

Students will know: (Knowledge)
• Mass, specific heat and temperature determine the heat capacity for a substance.
• Kinetic theory explains molecular motion in regards to heat transferred.
• Conduction, convection and radiation are ways thermal energy is transferred.
• The law of conservation of energy applies to heat transfer.

Students will be able to do(Skills)
• Energy is transformed or transferred when work is done.
• Energy is conserved when work is done.
• Mass, specific heat and temperature determine the heat capacity of a substance.
• Kinetic theory explains molecular motion in regard to heat transferred.
• Conduction, convection, and radiation are ways thermal energy is transferred.
• The Law of Conservation of Energy applies to heat transfer.
• Cite evidence to support their opinion.
• Assess an article to show the extent to which the reasoning and evidence in a text support an author’s claim.

Learning Activities

• Collaborative groups
• Distributed practice (Specific Heat and Temperature Conversion calculations)
• Experiment: Specific Heat Lab
• Compare and Contrast: Potential and Kinetic Energy
• Reading Phase Diagrams
• Read/Critique/Summarize/Opinion with the Article: Turning Tires Into Gas for Energy and New
• Student developed visual/ methods of energy transfer: conduction, convection, radiation

Differentiation:
• Pair students; students with high ability, low ability, and other.
• Extended time on tests or assignments
• Enhanced learning material

Relevant Content Vocabulary
Chapter 13
Energy, Potential Energy, Kinetic Energy, Mechanical Energy
Chapter 14
Temperature, Thermometer, Absolute Zero, Heat, Thermal Conduction, Convection, Convection current, Radiation, Specific Heat, Entropy, Heat Engine
Total Pages
100+
Answer Key
Included
Teaching Duration
2 Weeks
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