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slater2e_ch4_1.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_1_dlap.xml5334c4c8757a2e5901000000
4-1 The solar system has two broad categories of planets orbiting the Sun: terrestrial (Earthlike) and Jovian (Jupiterlike) slater2e_ch4_2.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_2_dlap.xml5334c4c8757a2e5901000000
4-2 Seven large moons are almost as big as the inner, terrestrial planets slater2e_ch4_3.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_3_dlap.xml5334c4c8757a2e5901000000
4-3 Spectroscopy reveals the chemical composition of the planets slater2e_ch4_4.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_4_dlap.xml5334c4c8757a2e5901000000
4-4 Small chunks of rock and ice also orbit the Sun: asteroids, trans-Neptunian objects, and comets slater2e_ch4_5.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_5_dlap.xml5334c4c8757a2e5901000000
4-5 The Sun and planets formed from a rotating solar nebula slater2e_ch4_6.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_6_dlap.xml5334c4c8757a2e5901000000
4-6 The planets formed by countless collisions of dust, rocks, and gas in the region surrounding our young Sun slater2e_ch4_7.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_7_dlap.xml5334c4c8757a2e5901000000
4-7 Understanding how our planets formed around the Sun suggests that planets around other stars are common slater2e_ch4_8.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_8_dlap.xml5334c4c8757a2e5901000000
Key Ideas and Termsslater2e_ch4_9.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_9_dlap.xml5334c4c8757a2e5901000000
Questionsslater2e_ch4_10.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_10_dlap.xml5334c4c8757a2e5901000000
Answersslater2e_ch4_11.html5334c4c8757a2e5901000000
DLAP questionsslater2e_ch4_11_dlap.xml5334c4c8757a2e5901000000