(1) |
Show the digital picture “The
shape of Venus (crescent phase)” found in “Space and Astronomy,” a digital
educational material provided by Science Network, and capture the students’
interest in the subject by showing its apparition and brightness. |
(2) |
Show a video clip of a “rotating Venus” found
in “The Views of the Solar System” for a visual understanding that Venus
is a spherical planet. |
(3) |
Show the video clip “Changes in the Apparition
of Venus” provided by the National Astronomical Observatory of Japan to
present today’s (lesson) topic, “the apparition of Venus and its correlation
to the location of the earth.” |
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[Abstract]
The teacher is showing a video clip of the phases of a star and surprising
the students by informing them that the star is actually the planet Venus.
Students are encouraged to discuss among themselves why the shape and
size of the planet changes between phases and to present their opinions. |
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(4) |
Conduct an experiment using a miniature bulb
(Sun) and a white polystyrene sphere (Venus) to discover the changes in
Venus’ apparition in correlation to the location of the Earth. |
(5) |
Show the video clip “The Phases of Venus”
found under “The Earth and Space,” of the Information-technology Promotion
Agency’s educational visual collection for science, to explain the changes
in Venus’ apparition caused by its revolution.Also, show the visual “Changes
in Brightness and Size of Inferior Planets” of “Star Click!” (Astro Disk
Magazine) to confirm the apparition of inferior planets. |
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[Abstract]
Using small models of the Sun and Venus, students are confirming how
the shape and size of Venus look different between phases from the Earth.
Students are watching the video clip on the Internet to confirm their
hypothesis. The timing of showing the video clip is important for better
and firm understanding. |
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(6) |
Wrap up today’s lesson by showing “Today’s
Apparition of Venus” and “Location of Planets” found in the website “Starry
sky com.” |