Atmosphere and Air Temperature D28-35

Engage Get Ready If it is summer, is it always hot? Does the angle of the sun hitting the earth affect the warming?

Engage Inquiry Skill Experiment You experiment when you perform a test to support or disprove a hypothesis.

Definition in your own words insolation Characteristics and Picture ExamplesUse in a sentence

Definition in your own words atmosphere Characteristics and Picture ExamplesUse in a sentence

Explore Lab D 29 Does the Sun’s Angle Matter?

Data Chart WOOD BLOCK TEMPSTART2 MIN 4 MIN 6 MIN 8 MIN 10 MIN A B C

Drawing Conclusions 1.Which block’s surface was warmed the most by the lamplight? Which block’s surface was warmed the least? (level 3) 2. How does the angle at which light hits a surface affect how much the surface is heated? (level 4) 3. What other factors might affect how much a surface is warmed by sunlight? How would you test your ideas? (level 5)

Fill in The Blank Cloze Notes

Definition in your own words troposphere Characteristics and Picture ExamplesUse in a sentence

Definition in your own words air pressure Characteristics and Picture ExamplesUse in a sentence

Definition in your own words weather Characteristics and Picture ExamplesUse in a sentence

Definition in your own words barometer Characteristics and Picture ExamplesUse in a sentence

Video Proper heading10 Notes or new bits of information

Explain Read to Learn T-Chart

ScienceMrs. Fanning Read to Learn Combo NotesFebruary Main Idea: Pictures, charts or diagrams

Explore and Explain Quick Lab

ScienceMrs. Fanning Think and WriteDate Evaluate Think and Write 1.How do temperatures on Earth depend on angles? (level 3) 2.List factors that affect temperatures of places on Earth. (level 3) 3.What is air pressure and how does it change in the atmosphere? (level 4) 4.What is the troposphere and what happens there? (level 4) 5.Is the weather one or more that just one thing? Defend your answer. (level 5)

The Carbon Cycle Nonliving Factors Evaporation and Condensation Heat Make the Difference Motion From Heat Water Current and Electric Current Forces at Work How Fish Get Oxygen The Life Cycle of a Frog What Happens During the Water Cycle What is Steam? The Carbon Cycle Nonliving Factors Evaporation and Condensation Heat Make the Difference Motion From Heat Water Current and Electric Current Forces at Work How Fish Get Oxygen The Life Cycle of a Frog What Happens During the Water Cycle What is Steam? Explain The Water Cycle The Water Cycle 2 The Water Cycle 3 Groundwater Pollution Thermal Energy Transfer Types of Clouds The Carbon Cycle Nonliving Factors Evaporation and Condensation Heat Make the Difference Motion From Heat Water Current and Electric Current Forces at Work How Fish Get Oxygen The Life Cycle of a Frog What Happens During the Water Cycle What is Steam? The Water Cycle The Water Cycle 2 The Water Cycle 3 Groundwater Pollution Thermal Energy Transfer Types of Clouds The Carbon Cycle Nonliving Factors Evaporation and Condensation Heat Make the Difference Motion From Heat Water Current and Electric Current Forces at Work How Fish Get Oxygen The Life Cycle of a Frog What Happens During the Water Cycle What is Steam?

Science Up Close HMH School Publishers Extend Resources Thermal Energy Transfer Thermal Energy Transfer Models of the Atom Models of the Atom Water Current and Electric Current Water Current and Electric Current Motion from Heat Motion from Heat Zooming in on Matter Zooming in on Matter Heat Makes the Difference Heat Makes the Difference Evaporation and Condensation Evaporation and Condensation Mass How a Battery Works How a Battery Works Magnetic Poles Magnetic Poles Electric Circuit Electric Circuit Making Muffins Making Muffins What is Stem What is Stem

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