This activity is designed to help students fully understand our planet's relationship to the Sun. Students will make predictions and measure shadows over a period of time to observe that the length of a shadow (and the angle of the Sun's rays to the Earth) changes each week. They should conclude from their data that the position of the Earth relative to the Sun changes with the seasons. Educational levels: Intermediate elementary
Solarscapes presents middle school students with a short, focused study of the physical nature of th...
This activity will help students understand how the angle of the Sun affects temperatures around the...
This lesson will reinforce the concept that Earth's seasons result from a combination of its orbit a...
This resource presents four topics and nine activities related to the Earth's rotation. This chapter...
This lesson plan helps students understand the relationship between the Earth and the Sun and how th...
The apparent motion of the Sun on the celestial sphere and the behavior of the shadows of objects ov...
In this unit, students explore the Sun, its magnetic fields, and sunspots, and investigate Earth's m...
In this activity students gather and interpret their own data about the Sun's apparent path across t...
Many misconceptions are recognized among the various groups of students, especially in the elementar...
Research developed with 95 students of the 6th year of elementary education in a public school of Ub...
Introduction: Everyone and everything has a shadow. Shadows illustrate how threedimensional objects...
Introduction: Everyone and everything has a shadow. Shadows illustrate how threedimensional objects...
This lesson plan presents an introduction to the apparent motion of the Sun across the sky and the w...
This article addresses the teaching of astronomy (day and night, seasons) in elementary school. Firs...
In this lesson, students use incoming and outgoing solar radiation data to compute the ratio of refl...
Solarscapes presents middle school students with a short, focused study of the physical nature of th...
This activity will help students understand how the angle of the Sun affects temperatures around the...
This lesson will reinforce the concept that Earth's seasons result from a combination of its orbit a...
This resource presents four topics and nine activities related to the Earth's rotation. This chapter...
This lesson plan helps students understand the relationship between the Earth and the Sun and how th...
The apparent motion of the Sun on the celestial sphere and the behavior of the shadows of objects ov...
In this unit, students explore the Sun, its magnetic fields, and sunspots, and investigate Earth's m...
In this activity students gather and interpret their own data about the Sun's apparent path across t...
Many misconceptions are recognized among the various groups of students, especially in the elementar...
Research developed with 95 students of the 6th year of elementary education in a public school of Ub...
Introduction: Everyone and everything has a shadow. Shadows illustrate how threedimensional objects...
Introduction: Everyone and everything has a shadow. Shadows illustrate how threedimensional objects...
This lesson plan presents an introduction to the apparent motion of the Sun across the sky and the w...
This article addresses the teaching of astronomy (day and night, seasons) in elementary school. Firs...
In this lesson, students use incoming and outgoing solar radiation data to compute the ratio of refl...
Solarscapes presents middle school students with a short, focused study of the physical nature of th...
This activity will help students understand how the angle of the Sun affects temperatures around the...
This lesson will reinforce the concept that Earth's seasons result from a combination of its orbit a...