{"title":"close","description":"A planet travels fastest in its orbit when it is closest to the Sun. This is also true for dwarf planets, comets, asteroids, etc.","type":"correct","color":"#99cc00","code":"[{\"shape\":\"poly\",\"coords\":\"81,150,94,147,95,170,101,194,84,199,76,172\"}]"}{"title":"farther","description":"Review Kepler's Second Law. It describes the relationship between the distance of a planet to Sun, and the speed that the planet is traveling. Try again.","type":"incorrect","color":"#993300","code":"[{\"shape\":\"circle\",\"coords\":\"104,109,8\"},{\"shape\":\"circle\",\"coords\":\"120,242,8\"},{\"shape\":\"circle\",\"coords\":\"452,164,11\"},{\"shape\":\"circle\",\"coords\":\"411,83,15\"},{\"shape\":\"circle\",\"coords\":\"376,62,13\"},{\"shape\":\"circle\",\"coords\":\"422,234,15\"}]"}
{"title":"equal","description":"The speed at which a planet orbits is related to how far the planet is from the Sun. You've chosen a location in the orbit that is the same distance from the Sun as \"B.\"","type":"correct","color":"#99cc00","code":"[{\"shape\":\"poly\",\"coords\":\"427,192,461,210,437,258,376,297,334,259,406,232\"}]"}{"title":"different","description":"Review Kepler's Second Law. It describes the relationship between the distance of a planet to Sun, and the speed that the planet is traveling. In order to find the right answer, you must click on a location that is the same distance from the Sun as \"B.\"","type":"incorrect","color":"#993300","code":"[{\"shape\":\"circle\",\"coords\":\"411,83,16\"},{\"shape\":\"circle\",\"coords\":\"452,166,11\"},{\"shape\":\"circle\",\"coords\":\"117,239,15\"},{\"shape\":\"circle\",\"coords\":\"85,164,10\"},{\"shape\":\"circle\",\"coords\":\"102,113,15\"}]"}