Teach Engineering
Air Pressure
Investigate what is pushing on us. An intriguing lesson has pupils calculate the amount of force on various squares due to air pressure. Using the data, individuals create a graph in the third lesson of the Up, Up and Away unit...
Teach Engineering
Air Under Pressure
Introduce your class to air masses and how they affect the weather with a lesson plan that focuses on the differences between high and low air pressure systems. The class explores actual weather data using archived weather data.
Science Matters
Energy and Winds
In the study of wind energy, scholars build a small windmill and observe how it transfers wind into mechanical energy. Learners will make connections to the previous lesson with concepts such as the creation of wind through convection.
Curated OER
Blowin' in the Wind
Students discover how wind is created on earth: changes in temperatures and air pressure. They list good and bad effects of the wind and make a weather vane and practice using it for 2 weeks.
Curated OER
Warm and Cold Air
Students conduct an experiment to discover what happens to air when it is heated or cooled, discover that wind moves from a high-pressure area (an area of sinking air) to a low pressure area (an area of rising air).
PBS
Curious George: Blowing in the Wind
A lesson all about wind begins with a short video featuring the loveable monkey, Curious George. Scholars take part in thoughtful discussion then set forth to identify objects that wind can move. They record their findings on a chart and...
Curated OER
An Exploration of Wind Energy and Wind Turbines
How is wind produced and is it a good source for energy production? Get some air moving in your class. Learners take a pre-test, watch a demonstration of how electricity can be generated by wind energy, test different turbine factors for...
Wind Wise Education
What Causes Wind?
Through watching several classic air pressure demonstrations, middle schoolers determine that high pressure areas move toward lower pressure areas, heated air causes a drop in pressure, and forces exist when pressures are unequal. By...
Curated OER
Energy From Wind And Moving Water
Second graders investigate air and water as two sources of energy. They determine that wind and moving water are renewable resources that have advantages and disadvantages in their use. Through the design and construction of wind- and...
Curated OER
WINDMILLS: PUTTING WIND ENERGY TO WORK
Young scholars review the engineering design process and discuss a variety of windmills, focusing on the different materials used in the construction and the type of work each windmill does and they use simple materials to build their...
Curated OER
Air Engine - Air Races
Students conduct an experiment about air volume, density, and pressure. For this air lesson, students discuss air, and how it moves. They make predictions about what will happen during the balloon and string experiment. They document the...
Curated OER
Wind
Students conduct an experiment. For this wind measurement lesson, students learn about instruments that measure the wind and then make a weather vane. Students record wind speed over a few days.
Curated OER
The Properties of Air
First graders draw conclusions about the properties of air. In this properties of air lesson, the teacher demonstrates several properties of air and guides students through discovering that air is colorless, tasteless, odorless, exerts...
Curated OER
Wind
Students make a wind vane, anemometer, wind spiral, and wind streamer to calculate wind movement. In this wind lesson plan, students test each of their wind instruments, and graph the results of the wind speed in different locations.
Curated OER
Convection and Wind
Learners use water, beakers, hot plates, paper dots, and goggles to participate in a hands on activity where they see how a convection current creates wind. In this convection current lesson plan, students participate in a hands on...
Curated OER
Air Pressure & Barometers
Fourth graders observe, measure, and record data on the basic elements of weather over a period of time (i.e., precipitation, air temperature, wind speed and direction, and air pressure). Then, they make a barometer and keep record of...
Curated OER
The Contest Between the Sun and the Wind
First graders read and explore the folktale, The Contest Between the Sun and the Wind. In this folktale lesson, 1st graders read the tale and describe the sun. There are several interdisciplinary extensions included: students illustrate...
Curated OER
Bending Air
Students experiment with air. In this air lesson plan, students tape one end of a strip of paper down and blow on it. They place several items in front of the strip to see which items stop the air and which items the air can move around.
Curated OER
Properties of Air
Fourth graders participate in a demonstration lesson using bubbles in which they determine that air fills the bubbles. Next, they work in small groups as they they experiment with the properties of air at separate work stations. After...
Curated OER
Wind
Young scholars build an anemometer and measure wind speed. In this wind speed lesson plan, students build an anemometer using the student instruction sheet. Young scholars visit the Alaska windspeed website and look up the wind speed...
Curated OER
Name that Wind
Learners study wind and the direction terms related to wind. In this meteorology lesson, students learn about the wind directions by completing a wind direction activity where kids locate cones marked with the specific wind directions....
Curated OER
Finding Wind Direction
Students identify the wind direction. In this weather instructional activity, students use a weather vane to find the wind direction. Students complete a worksheet.
Curated OER
The Air Out There
Students build windmills and weather vanes. For this lesson on air, students build wind vanes and windmills to demonstrate that air moves. Students determine the direction of air movement and measure the speed at which it is moving.
Curated OER
Air Masses & Fronts
Students use a set of maps depicting a front passing through the state to identify two distinct air masses and the frontal boundary. They then deterine whether the front is moving in time and in what direction the front is moving.