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12. Complete the table below by reading Figure 2-11 and noting the approximate number of daylight hours for each date and locations. June solstice Equinoxes December solstice 30° N 60° N 13. Which latitude experienced the greater seasonal change in daylight hours? 14. Daylight hours increase or decrease incrementally from one day to the next. Is the change in daylight hours greatest near the solstices or the equinoxes?

12. Complete the table below by reading Figure 2-11 and noting the approximate number of daylight hours for each date and locations. June solstice Equinoxes December solstice 30° N 60° N 13. Which latitude experienced the greater seasonal change in daylight hours? 14. Daylight hours increase or decrease incrementally from one day to the next. Is the change in daylight hours greatest near the solstices or the equinoxes?

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
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Figure 2-11 shows the daylight hours during the course of the year for the equator, 30° N, and 60° N latitude. Daylight hours 20- 18- 16- 14 12- 10- 6- Mar 21 Jun 21 Sep 21 Figure 2-11. Daylight hours. June solstice Equinoxes December solstice DATA Sunrise and Sunset 30° N -20 -18 -16 -14 Equator 12 30° N http://goo.gl/Gcosqw solstice. 12. Complete the table below by reading Figure 2-11 and noting the approximate number of daylight hours for each date and locations. Copyright ©2016 Pearson Education, Inc. -10 -8 ---6 60° N Dec 21 13. Which latitude experienced the greater seasonal change in daylight hours? 60° N 14. Daylight hours increase or decrease incrementally from one day to the next. Is the change in daylight hours greatest near the solstices or the equinoxes? Look for a place near you in the table of sunrise and sunset times. Note how daylight hours change. Compare the length today, on the June solstice, and on the December The figures below show the daily arc of the Sun relative to Earth's surface at four different locations: 23 S, 0°, 30° N, and 60° N. The three dotted lines at each location represent the arc of the Sun on the June solstice, the December solstice, and the March equinox. The sunrise and sunset times are shown for each arc. Think of these arcs as part of a full circle that represents the 24-hour day. The arc represents the portion of that 24 hours when the Sun is above the horizon (the shaded flat surface). 15. Label each figure with the correct latitude and each are with the correct date. N Latitude: N 4:59 AM Latitude: Lab 2 Earth-Sun Geometry . 7:04 PM 5:58 AM E 6:03 AM 6:52 AM 6:06 PM W 6:12 PM E 6:04 AM 5:05 PM 5:54 AM W 6:10 PM 6:02 PM S S 21
Transcribed Image Text:Figure 2-11 shows the daylight hours during the course of the year for the equator, 30° N, and 60° N latitude. Daylight hours 20- 18- 16- 14 12- 10- 6- Mar 21 Jun 21 Sep 21 Figure 2-11. Daylight hours. June solstice Equinoxes December solstice DATA Sunrise and Sunset 30° N -20 -18 -16 -14 Equator 12 30° N http://goo.gl/Gcosqw solstice. 12. Complete the table below by reading Figure 2-11 and noting the approximate number of daylight hours for each date and locations. Copyright ©2016 Pearson Education, Inc. -10 -8 ---6 60° N Dec 21 13. Which latitude experienced the greater seasonal change in daylight hours? 60° N 14. Daylight hours increase or decrease incrementally from one day to the next. Is the change in daylight hours greatest near the solstices or the equinoxes? Look for a place near you in the table of sunrise and sunset times. Note how daylight hours change. Compare the length today, on the June solstice, and on the December The figures below show the daily arc of the Sun relative to Earth's surface at four different locations: 23 S, 0°, 30° N, and 60° N. The three dotted lines at each location represent the arc of the Sun on the June solstice, the December solstice, and the March equinox. The sunrise and sunset times are shown for each arc. Think of these arcs as part of a full circle that represents the 24-hour day. The arc represents the portion of that 24 hours when the Sun is above the horizon (the shaded flat surface). 15. Label each figure with the correct latitude and each are with the correct date. N Latitude: N 4:59 AM Latitude: Lab 2 Earth-Sun Geometry . 7:04 PM 5:58 AM E 6:03 AM 6:52 AM 6:06 PM W 6:12 PM E 6:04 AM 5:05 PM 5:54 AM W 6:10 PM 6:02 PM S S 21
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