Unit Organizer Template Physics Unit – Unit Organizer Click for video Unit Organizer Template

Physics Physics is the study of What is studied by it Define it.  Thank a physicist for these inventions: Physics is the study of What is studied by it Define it. Inventions from it. Physics Physics is the foundation of all _______ What is studied in physics? Grade Log Purpose of it. Its purpose is to discover how the _______ behaves

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Physics Physics is the study of What is studied by it matter  Thank a physicist for these inventions: Physics is the study of What is studied by it Energy Light Force Movement matter Define it. energy Lasers Cell Phones Computers The Internet X-Ray PET scans space Inventions from it. universe. Physics Physics is the foundation of all _______ What is studied in physics? Purpose of it. Its purpose is to discover how the _______ behaves Grade Log technology Universe behaves

Let’s look at the organizer for this unit…… What is Physics Anyway? Physics is the study of HOW matter and energy interact with the laws of nature (space and the universe). Since we just finished learning about matter, now we will look at how energy interacts with matter. Let’s look at the organizer for this unit……

The student will be able to…. NAME DATE The Unit Organizer BIGGER PICTURE LAST UNIT /Experience CURRENT UNIT NEXT UNIT The student will be able to…. is about... UNIT RELATIONSHIPS UNIT SCHEDULE UNIT MAP 1 3 2 4 5 6 7 8 Energy: Conservation and Transfer Chemistry Physics Astronomy What is a wave How Energy Travels in Waves Properties of waves A wave is and has… All waves carry energy from one place to another…. Types of Waves: Mechanical Waves Electromagnetic Spectrum All waves carry energy… Parts and functions Types of Waves Energy transfer Sound Waves Hearing Electromagnetic Waves Visible Light - Vision Mechanical Electromagnetic Heat/Thermal Energy Heat Transfer Essential Vocabulary: Mechanical Waves, Electromagnetic Waves, Longitudinal Waves, Transverse Waves, Frequency, Amplitude, Medium, Vacuum, Electromagnetic Spectrum, Visible Light, Reflection, Refraction, Transmission, Opaque, Transparent, Translucent, Diffraction, Pitch, Volume, Heat, Temperature, Conduction, Convection, Radiation, Conductor, Insulator, Thermal Expansion, Thermal Contraction Electricity Compare and contrast mechanical and longitudinal waves (6.P.1.1) Classify types of waves using electromagnetic spectrum. (6.P.1.2) Understand and explain how energy is transformed into sound and light for vision and hearing. (6.P.1.2 & 6.P.1.3) Categorize and illustrate examples of heat transfer as conduction, radiation, or convection. (6.P.3.1.) Explain why waves behave differently in different materials. (6.P.3.2) Explain how products such as sunglasses, headphones, earplugs, oven gloves, etc. are designed to affect the transfer of energy. (6.P.3.3) Compare/contrast Diagraming Creating models Classifying Describing

How energy travels in waves The Unit Organizer SELF-TEST QUESTIONS UNIT Expanded Unit Map is about... 9 10 Physics Electricity How energy travels in waves Waves carry energy from one place to another….. A wave is and has …. Energy Transfer All waves carry energy.. Parts and Functions Types of Waves Heat Crest vs. Compression Mechanical Electromagnetic Light ..3 ways Radiation Conduction Trough vs. Rarefaction Travel through Vision Convection Longitudinal Transverse Vacuum Wavelength Conductors Sound Only through a Vs. Insulators Medium Frequency Thermal Expansion Vs. Pitch Hearing Thermal Contraction Amplitude Volume How do the properties of light, sound, and heat waves compare to one another? Why can I hear some things and not others? How does the amount of light affect my vision?

The student will be able to … NAME DATE The Unit Organizer BIGGER PICTURE LAST UNIT /Experience CURRENT UNIT NEXT UNIT The student will be able to … is about... UNIT RELATIONSHIPS UNIT SCHEDULE Physics UNIT MAP 1 3 2 4 5 6 7 8 Energy: Conservation and Transfer Chemistry Astronomy What is a wave Properties of waves A wave is and has… All waves carry energy from one place to another…. Types of Waves: Mechanical Waves Electromagnetic Waves All waves carry energy… Electromagnetic Spectrum Vision Sound Waves Hearing Heat/Thermal Energy Heat Transfer Essential Vocabulary: Mechanical Waves, Electromagnetic Waves, Longitudinal Waves, Transverse Waves, Frequency, Amplitude, Medium, Vacuum, Electromagnetic Spectrum, Visible Light, Reflection, Refraction, Transmission, Opaque, Transparent, Translucent, Diffraction, Pitch, Volume, Heat, Temperature, Conduction, Convection, Radiation, Conductor, Insulator, Thermal Expansion, Thermal Contraction Effects of Radiation on materials How it applies to technology Compare/contrast Diagraming Creating models Classifying Describing Compare and contrast mechanical and longitudinal waves (6.P.1.1) Classify types of waves using electromagnetic spectrum. (6.P.1.2) Understand and explain how energy is transformed into sound and light for vision and hearing. (6.P.1.2 & 6.P.1.3) Categorize and illustrate examples of heat transfer as conduction, radiation, or convection. (6.P.3.1.) Explain why waves behave differently in different materials. (6.P.3.2) Explain how products such as sunglasses, headphones, earplugs, oven gloves, etc. are designed to affect the transfer of energy. (6.P.3.3)

How energy travels in waves The Unit Organizer SELF-TEST QUESTIONS NEW UNIT Expanded Unit Map is about... 9 10 Physics How energy travels in waves Waves carry energy from one place to another….. A wave is and has …. All waves carry energy.. …3 ways Travel through Only through a How are the properties of sound, light, and heat waves alike and different? What is the connection between the electromagnetic spectrum and sight? What causes sound and how are we able to hear the sound produced?