EARTH SCIENCE LAB
Maps and Time


Directions for entering values (unless otherwise directed):
1. Enter Longitude and Latitude values to the nearest degree (no decimals)
2. Include a N, S, E, or W designation in capital letters with no space between the degree and direction. Example - 98W or 43N

Longitude and Latitude

Using an atlas, determine the longitude and latitude to the nearest degree of the cities.

1. Nome, Alaska: = , =
2. Athens, Greece: = , =
3. Quito, Ecuador: = , =
4. Hobart, Australia: = , =
5. Mexico City, Mexico: = , =

U.S. Time Zones

Determine the Time Zone for the following cities in the United States.
Use the following code designations (they must be entered as capital letters):
AST - Atlantic
EST - Eastern
CST - Central
MST - Mountain
PST - Pacific
AKST - Alaska
HAST - Hawaii-Aleutian

6. -
7. -
8. -
9. -
10. -
11. -
12. -
13. -
14. -
15. -
16. -
17. -

World Time Zones

Determine the Time Zone for the following World cities. Use the map in the lab manual for this determination. Report each time zone as (+) or (-) hours. Example - +3, -8, +10, 0 (zero hours does not have a plus or minus). Countries with half hour time zones are to be entered as a decimal. Example - +3 and a half is entered as +3.5

18. -
19. -
20. -
21. -
22. -
23. -
24. -
25. -
26.
27. -
28. -
29. -

Seasons

Diagram showing Earth in different positions in the orbit around the sun.

In the above diagram identify the time of year for each of the obital positions.

Orbital Postion A

Vernal Equinox Summer Solstice Autumnal Equinox Winter Solstice
March 21 June 21 September 23 December 22

Orbital Postion B

Vernal Equinox Summer Solstice Autumnal Equinox Winter Solstice
March 21 June 21 September 23 December 22

Orbital Postion C

Vernal Equinox Summer Solstice Autumnal Equinox Winter Solstice
March 21 June 21 September 23 December 22

Orbital Postion D

Vernal Equinox Summer Solstice Autumnal Equinox Winter Solstice
March 21 June 21 September 23 December 22

Map Projections

Identify the map projection in each of the diagrams below.

Map Projection #1

Map Projection #1
Azimuthal Pseudoazimuthal Conic Pseudoconic Polyconic Cylindric Pseudocylindric Condensed

 

Map Projection #2

Map Projection #2
Azimuthal Pseudoazimuthal Conic Pseudoconic Polyconic Cylindric Pseudocylindric Condensed

 

Map Projection #3

Map Projection #3
Azimuthal Pseudoazimuthal Conic Pseudoconic Polyconic Cylindric Pseudocylindric Condensed

 

Map Projection #4

Map Projection #4
Azimuthal Pseudoazimuthal Conic Pseudoconic Polyconic Cylindric Pseudocylindric Condensed

 

Map Projection #5

Map Projection #5
Azimuthal Pseudoazimuthal Conic Pseudoconic Polyconic Cylindric Pseudocylindric Condensed