Measuring the Motion of a Coronal Mass Ejection

In this coronal mass ejections and Solar Proton Events worksheet, students create a Venn Diagram to represent given data. They answer 5 questions about the data related to the number of coronal mass ejections and Solar Proton Events...

In this measuring speed in the universe worksheet, students use photographs of 3 astronomical phenomena including supernova explosions, coronal mass ejections and solar flare shock waves to find how fast they move. The photographs show...

In this coronal mass ejections worksheet, students observe a time line of events that took place during a solar storm. Students use the time line to answer 3 questions about the solar storm and the time it took to reach Earth. Students...

In this solar flares and coronal mass ejections worksheet, students create a Venn Diagram with given data about solar flares and Halo CMEs. Students answer 6 questions about the events and the probability of each type of event occurring...

In this kinetic energy and mass worksheet, students read about coronal mass ejections detected by the SOHO satellite. Students complete a data table that shows the relationship between kinetic energy, speed and mass. They convert the...

In this coronal mass ejection worksheet, high schoolers read about the coronal mass ejections detected by the IMAGE satellite and the Hubble Space Telescope resulting in auroras. Students solve 6 problems and determine the speed of the...

Is this the end of the world as we know it? Pupils prepare for a coronal mass ejection during a lesson from the K20 series. The activity combines video and Internet research in a collaborative assignment that focuses on public safety...

Our future literally depends on the sun. The video introduces the sun as a star. It explains the plasma magnetic fields, sunspots, solar flares, coronal mass ejections, and more. It concludes with how we rely on the sun, how we protect...

A Newton is approximately the weight of an apple, so force is measured in apples! Apply Newton's Second Law of Motion to determine the force acting on an object. 

Sunspots, solar flares, coronal mass ejections ... why is the sun so stirred up? Scholars watch animations of the interaction between moving plasma and magnetic fields and discuss the sun's behavior. The activity, part of NOVA's sun...