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Go outside and draw the moon phases with sidewalk chalk. Label each phase on your drawing. Take a picture on your iPad of your finished drawing.

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Create a digital drawing of our sun and the planets orbiting the sun. Use the video as inspiration. You can use any of the drawing apps on your iPad.

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Create a song or rap about the order of planets in our solar system. Write your lyrics in Google Docs and record your voice using the voice memo app on your iPad!

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With up to 3 partners, create a short scene using the props or character cut-outs in the lab closet of the classroom. Your scene should include each partner talking about a component of the sun or moon as well as movement. This can be in the format of a play or a dance! Video tape this on your iPad!

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Use the calculator app on your computer or iPad to calculate the amount of moon phases in a month. Use demos to graph the amount of moon phases per day of the week.

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Desmos offers best-in-class calculators, digital math activities, and curriculum to help every student love math and love learning math.

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With a partner, create a Prezi to teach your classmates about the sun. Use the attached website as your resource. Be prepared to share with your classmates.

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The sun is the real star of the show-literally! The closest star to Earth, it's the source of all the heat and light that makes flowers bloom, songbirds croon, and sunbathers swoon. Life wouldn't exist without it. It's also the center of our solar system and by far its largest object. More than a million Earths would fit inside the sun! Our star's enormous gravity grips the planets, dwarf planets, asteroids, comets, keeping them from spinning into deep space. Put simply, we wouldn't have a solar system without the sun.

Despite its importance in the grand scheme of things, the sun isn't unique or particularly complex. It's average in size and middle-aged compared to the billions of other stars in our galaxy. And although the sun accounts for 99.8 percent of the total mass of the solar system, it's really just a big ball of gas. A process called nuclear fusion converts hydrogen to helium deep in the sun's core, where temperatures hit a balmy 18 million degrees Fahrenheit (15.7 million degrees Celsius). Fusion creates energy that travels to the sun's surface in a journey that lasts a million years. The core will run out of hydrogen gas eventually, which will put an end to our fun in the sun. But fear not: That day won't come for at least another five billion years.

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The sun is the real star of the show-literally! The closest star to Earth, it's the source of all the heat and light that makes flowers bloom, songbirds croon, and sunbathers swoon. Life wouldn't exist without it. It's also the center of our solar system and by far its largest object.

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Create a daily Blog using google docs. This will include current events. Explore the sunrise and sunset time of today and explain how this relates to our current season. Include at least 2 pictures related to the topic. Be prepared to share with the class.