Earth moon sun simulator
[DOC File]SOLAR SYSTEM SIMULATOR
https://info.5y1.org/earth-moon-sun-simulator_1_ab6ec6.html
4. Select the moon of any planet for your “Show Me” object, and the planet which that moon orbits “As Seen From”. Select today for date. Run with a 120 degree “Field of View”, and answer all questions above. Then do the same Simulation with a 0.5 degree “Field of …
[DOC File]In-Class Worksheet
https://info.5y1.org/earth-moon-sun-simulator_1_4f4a06.html
Sketch the appearance of the moon and notate the name of the phase for the new geometry below. Complete both drawings for the position and appearance of the moon 3 days later than part #2. Draw in the location of the sun and moon in the horizon diagram for the earth-moon geometry shown. 5.
[DOCX File]GitHub Pages
https://info.5y1.org/earth-moon-sun-simulator_1_a7281b.html
The Earth/Moon/Sun system, where the Earth has a mass of three millionths of a solar mass, the Moon’s mass is one hundred times less than the Earth’s, and the Moon orbits the Earth at a distance of 1/250 AU. A system with an Earthlike planet orbiting a Sunlike star 1 AU away; a planet ten times the mass of Jupiter orbits 3 AU from the star.
[DOC File]Lunar and Planetary Institute
https://info.5y1.org/earth-moon-sun-simulator_1_5cf454.html
Now, advance the time by 1 hour and determine the new distance between the Earth and Moon. Use the browser’s BACK button to return to the Solar System Simulator homepage. Now, advance the time by one day from when you started and determine the new distance between the Earth and Moon.
[DOC File]MEEKS SCIENCE SITE - BLOG
https://info.5y1.org/earth-moon-sun-simulator_1_a7980a.html
Lunar Phase Simulator. Use the simulator to answer the following questions. The simulator shows the Earth/Moon system from above the North Pole. The Sun is off the screen to the left. In the upper right there is a pane showing the phase of the Moon that allows you to choose what phase you are looking at.
[DOCX File]Gravity Force Simulation Activity.docx
https://info.5y1.org/earth-moon-sun-simulator_1_03f06d.html
it pulls the earth inward as inertia causes it to move forward. The earth’s gravity keeps the moon in orbit around it in the same way. Because the earth is closer to the moon than the Sun is, Earth exerts a stronger force of gravity on the nearby moon and keeps it in orbit.
[DOC File]Lunar Phase Simulator
https://info.5y1.org/earth-moon-sun-simulator_1_f29384.html
If a moon is between 50% and 100% illuminated it is a… crescent moon. gibbous moon. new moon. full moon. If a moon is between 0% and 50% illuminated it is a… crescent moon. gibbous moon. new moon. full moon. If the moon is illuminated on the [right/left]-hand side it is… waxing. waning. BIN 3: Identify earth-sun-moon geometry [2 questions]
[DOC File]Name:
https://info.5y1.org/earth-moon-sun-simulator_1_4ec0d4.html
Lunar Phases Simulator Exercise (whole class activity): ... run the simulation briefly showing that the side of the moon facing the sun is lit and the side of the moon opposite the sun is dark. Indicate to the students that as the moon orbits Earth, more and more of the sunlit surface is seen from Earth until the time of full moon; thereafter ...
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