Curated OER
Warm Air versus Cold Air
Students discover that warm air takes up more space than cold air. In this science lesson, students perform 4 experiments using balloons to determine that the molecules of warm air are more spread out than those of cold air.
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Air Masses
Students are given maps depicting two or more air masses and they then categorize bodies of air by temperature and moisture characteristics. They recognize large regions of similar type air. Students are given a map of air temperatures...
Curated OER
Weather Forecasting
Students examine cold, warm, and stationary fronts. They also examine the roles of relative humidity and the way air masses move. They are to create forecasts based on the information they collect. Tapes are shared with the class.
Teach Engineering
Stormy Skies
Young meteorologists examine the four main types of weather fronts and how they appear on a weather map. Participants learn about the difference between the types of weather fronts along with their distinguishing features. A...
Curated OER
Atmospheric Pressure
Push the envelope with this instructional activity on atmospheric pressure! Your physics or geology juniors will be amazed at your super-human ability as you demonstrate the breaking of a stick using a newspaper! They also work with...
Curated OER
Why Do We Have Weather?
Convection is offered as the reason behind our weather phenomena. This presentation assumes that viewers are familiar with the methods of heat transfer, and is therefore more geared toward middle-school meteorologists. The focus is on...
Curated OER
Weather or Not
Hypothetical meteorologists' quotes help young earth scientists become acclimated to weather vocabulary. The terms are all related to air masses and forms of precipitation. This is a fun way to discover if your learners are truly...
Colorado State University
If Hot Air Rises, Why Is it Cold in the Mountains?
Investigate the relationship between temperature and pressure. Learners change the pressure of a sample of air and monitor its temperature. They learn that as air decreases its pressure, its thermal energy converts to kinetic energy.
Curated OER
Weather
In this weather worksheet, students write the letter of the definition that best matches the term or phrase. Kids answer several short answer questions as it relates to the components of weather, severe weather, and air masses. Students...
Curated OER
Warm and Cold Front Foldable
In this warm and cold front worksheet, students fill in a Venn diagram relating cold and warm fronts, they read and observe pictures of cold and warm fronts and they answer questions about warm and cold fronts.
Curated OER
Weather Patterns
In this weather worksheet, students identify with the symbols found on a weather map that show the locations of fronts, high- and low-pressure areas, and various types of precipitation across the United States. Then they use the map...
Curated OER
Too Heavy For Me
Students explore the different arrangement of air molecules in high and low air pressure masses. They compare the temperature of high and low pressure masses and discover how a barometer works.
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Isotherms and Fronts
In this weather worksheet, learners draw in isotherms on a temperature map. Students indicate the location of cold fronts, warm fronts, and stationary fronts. This worksheet has 2 drawing questions.
Curated OER
Why Does Weather Occur?
In this weather worksheet, students will compare and contrast the differences between warm air masses and cold air masses and how these influence the weather patterns.
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Fronts
Fourth graders define cold and warm fronts, explain how they are formed and they ways that they affect the weather.
Curated OER
Cold Fronts And Warm Fronts
Students simulate the movement of cold and warm fronts as they listen to a story about the weather and Mr. Sun. They brainstorm the characteristics of each type of front then write about which front they would prefer if they were a...
Curated OER
Weather
Students read a weather map. Using the local newspaper, Columbus Dispatch, small groups investigate that air has pressure and that temperature and pressure are inversely related in weather. They display their findings on a graph or...
Curated OER
Weather Patterns
In this weather worksheet, students define an air mass and describe the different types of weather fronts. Students compare and contrast high pressure and low pressure systems. This worksheet has 4 short answer questions.
Curated OER
Weather
In this weather worksheet, high schoolers review what causes different weather patterns including the more severe weather patterns like tornadoes and hurricanes. Students also calculate relative humidity by using dry and wet bulb...
Curated OER
Understanding Weather
A succinct set of slides covers the main points for your weather unit. From the factors that contribute to conditions, to fronts and extreme occurrences, to the different types of clouds, numerous facts are listed in bullets. The only...
Colorado State University
Can Gravity Push Something Up?
How does a hot air balloon fly? An experimental lesson has scholars build a balloon from a garbage bag and monitor the movement of air. As the temperature of the air in the balloon increases, gravity moves the denser cool air down,...
Curated OER
Dryline Characteristics
Pupils view animations of several atmospheric variables (e.g., temperature, rainfall) during a cold front passage and locate the dryline, determine its direction of movement, and list at least two weather conditions associated with the...
Curated OER
Meteorology Madness
Students probe the dynamic weather changes through several hands-0n activities in this seven lessons unit. The hydrologic cycle, clouds, atmosphere, air movement, fronts, and forecasting form the components presented in this unit.
Curated OER
LAB: Temperature Inversion - Pollution Simulation
Students, after identifying and examining the relationship of temperature and air masses in association with smog and pollution, create a temperature inversion in a long aquarium jar. They experience what happens when smog builds up and...