In this activity, students themselves will form a model to simulate the solar wind, in which each student acts as a "convection cell". They will discover that the surface of the sun is very active and "boils" like a pot of water, constantly ejecting gases into space. The students should also understand that the constant explosive activity at the sun's surface is driven by powerful, ever-changing magnetic fields that short-circuit and heat the gases to millions of degrees. Educational levels: Intermediate elementary, Middle school, Primary elementary
This booklet is a collection of 15 problems that incorporate data from the Hinode solar observatory....
As part of this activity, students assemble a paper model of the sun and answer questions about sola...
This educational brief describes the structure of Earth's magnetosphere, how it interacts with energ...
By performing various activities to model the magnetic fields around the sun, students will gain an ...
This activity introduces students to the magnetosphere, which shields the Earth from plasma streamin...
In this activity, students explore the size and shape of the magnetosphere and how long it takes var...
In this activity, students will be reminded that when sunlight strikes the Earth's surface, energy i...
This lesson is designed to help students understand how the sun supplies almost all the energy we us...
In this activity students explore in a quantitative way, how the distance to the bowshock balance po...
This experiment demonstrates that energy from the Sun can be collected and stored in a variety of wa...
In this activity students analyze and compare two or more graphs to determine if there is a correlat...
The science education literature shows that students have difficulty understanding what causes the s...
This project teaches students about the Sun and Solar flares. They build a paper model of the Reuven...
In this unit, students explore the Sun, its magnetic fields, and sunspots, and investigate Earth's m...
A person faces a lot of problems during his life. Among these, we want to mention the negative effec...
This booklet is a collection of 15 problems that incorporate data from the Hinode solar observatory....
As part of this activity, students assemble a paper model of the sun and answer questions about sola...
This educational brief describes the structure of Earth's magnetosphere, how it interacts with energ...
By performing various activities to model the magnetic fields around the sun, students will gain an ...
This activity introduces students to the magnetosphere, which shields the Earth from plasma streamin...
In this activity, students explore the size and shape of the magnetosphere and how long it takes var...
In this activity, students will be reminded that when sunlight strikes the Earth's surface, energy i...
This lesson is designed to help students understand how the sun supplies almost all the energy we us...
In this activity students explore in a quantitative way, how the distance to the bowshock balance po...
This experiment demonstrates that energy from the Sun can be collected and stored in a variety of wa...
In this activity students analyze and compare two or more graphs to determine if there is a correlat...
The science education literature shows that students have difficulty understanding what causes the s...
This project teaches students about the Sun and Solar flares. They build a paper model of the Reuven...
In this unit, students explore the Sun, its magnetic fields, and sunspots, and investigate Earth's m...
A person faces a lot of problems during his life. Among these, we want to mention the negative effec...
This booklet is a collection of 15 problems that incorporate data from the Hinode solar observatory....
As part of this activity, students assemble a paper model of the sun and answer questions about sola...
This educational brief describes the structure of Earth's magnetosphere, how it interacts with energ...