Are you interested in a journey for discovery? Do the skies above call you? Space exploration is the first phase in space development. The three phases of space development are space exploration, space industrialization, and space settlement. Both private and public organizations are exploring alternatives for citizen space travel and eventually settlement.
Activity 1 – Explore the Solar System
Activity 2 – Your Solar System
You’ve probably seen lots of drawings and diagrams of the solar system. But, to make the drawings fit on a piece of paper, the artists have to draw the planets closer together than they really are. In this activity, you’ll make a scale model of the solar system. You’ll be surprised to see how much bigger some planets are than others, and how far apart some of them are. Compare size of planets to get started.
Make your own scale model of the solar system!
What You’ll Need:
- Ball about 27 inches in diameter (such as a beach ball)
- 5 peas
- 1 orange
- 2 walnuts
- Tape measure
- Large open space
Step 1: Make your model in a large open space that will represent space.
Step 2: Put the beach ball or other large ball at one end of the space. The ball is the sun.
Step 3: Place the other objects as shown in the chart below. (Remember to measure each planet from the sun.)
Planet Object Distance from the Sun Mercury Pea 1-¾ inches Venus Pea 3-¼ inches Earth Pea 4-½ inches Mars Pea 7 inches Jupiter Orange 2 feet Saturn Tangerine 3 feet, 7 inches Uranus Walnut 7 feet, 3 inches Neptune Walnut 11 feet, 4 inches Pluto Pea 14 feet, 10 inches
Activity 3 – The scale of the solar system
Activity 4 – Measure the solar system
In this exercise you will measure the distance between planets in the solar system using your school building as the sun at the center of our solar system. To do this you will need to proportionally scale the distance of each planet from the sun in steps. First research our solar system. Check a chart that presents the planetary distances from the sun. Print or copy the Distance to the sun (in feet) of the Larger Scale Model Chart.datasheet Use the row of distances on the far left. First draw the sun on the front walk of your school; make it app. 77 inches in diameter. Now start walking. Find the position of the planet Mercury 266 steps from the front steps of your school. (Each step represents 50,653 miles/sheet). Draw mercury at 0.267” or approximately ¼” in diameter! Next, subtract the calibrated distance of the next planet, Venus, from the sun from the distance Mercury is from the sun. (498-266 = 232). Take 232 more steps and draw the planet Venus. Venus should be 0.664 inches or app. ¾” in diameter. Repeat this process moving to the planet earth which is 688 steps- 498 steps = 190 steps further to our very own planet earth! Draw earth at 0.699 or app. ¾” in size. Work you way to the outer edges of the solar system.
Think cosmic scale!
- APP Amazing Space Journey (purchase)
- Art and the Cosmic Connection
- Astronomy Interactives
- Astronomy Photo of the Day
- Atlas Experiment Large Hadron Collidor Pop Up
- BBC SPACE
- Citizens in Space
- Compare Size of Planets
- Cosmic Times 2019
- Discover the COSMOS
- Explore the Planets of the Solar System
- Full Moon Rising Video
- Galaxy Zoo
- How Astronauts Are Affected By Space Travel
- Khan Academy Scale of the Large
- Kids Astronomy
- NASA Citizen Science in Space
- NASA Planet Quest
- NASA Planets
- NASA's Explore the Solar System Game
- NASA's Space Place
- PHET Interactive Simulations - Planets, Orbits & Gravity Oh My!
- Plate Tectonics Venus
- RocketStem MAGAZINE
- Sally RIde Explores the Sky with Googel Earth Video
- Solar System Scope
- Solar System Video Tour UWM
- String Theory and the Hidden Structures of the Universe
- The Beginning of the Universe TED Education
- The Scale of the Solar System (please scroll!)
- Video If You Feel You Are in a Black Hole S. Hawking
- Video Mars Rover Landing!
- Video The First Light
- Video: Urban Space Station
- Why do we have Day and Night?