File | Title | Manuscript Id |
---|---|---|
slater2e_ch2_1.html | 539229d1757a2e734500000f | |
DLAP questions | slater2e_ch2_1_dlap.xml | 539229d1757a2e734500000f |
2-1 Light travels through empty space at a speed of nearly 300,000 km/s | slater2e_ch2_2.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_2_dlap.xml | 539229d1757a2e734500000f |
2-2 Glowing objects, like stars, emit an entire spectrum of light | slater2e_ch2_3.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_3_dlap.xml | 539229d1757a2e734500000f |
2-3 An object’s temperature is revealed by the most intense wavelength of its spectrum of light | slater2e_ch2_4.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_4_dlap.xml | 539229d1757a2e734500000f |
2-4 An object’s chemical composition is revealed by the unique pattern of its spectrum of light | slater2e_ch2_5.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_5_dlap.xml | 539229d1757a2e734500000f |
2-5 An object’s motion through space is revealed by the precise wavelength positions of its spectrum of light | slater2e_ch2_6.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_6_dlap.xml | 539229d1757a2e734500000f |
2-6 Telescopes use lenses, mirrors, and electronics to concentrate and capture incoming light for study | slater2e_ch2_7.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_7_dlap.xml | 539229d1757a2e734500000f |
Key Ideas and Terms | slater2e_ch2_8.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_8_dlap.xml | 539229d1757a2e734500000f |
Questions | slater2e_ch2_9.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_9_dlap.xml | 539229d1757a2e734500000f |
Answers | slater2e_ch2_10.html | 539229d1757a2e734500000f |
DLAP questions | slater2e_ch2_10_dlap.xml | 539229d1757a2e734500000f |