The regularity of the distribution of towns of the same size located about the same distance from each other and performing similar economic functions is explained by Christaller's ________.

A. central place theory
B. network cities rule
C. rank-size rule
D. urban influence zone


Answer: A

Environmental & Atmospheric Sciences

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Using the temperature graphs provided in Figure 8.1, plot the data from Table 8.1 for these two cities. Use a smooth curved line graph to portray the temperature data. Calculate the average annual temperature and the temperature range (difference between the highest and lowest) for each city.

What will be an ideal response?

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What makes Europa the most likely place life will be found in our solar system?

A. It has a hydrogen ocean and moderate levels of oxygen in its atmosphere, which is gradually producing water through frequent lighting strikes. B. It has an ocean of liquid water, and there is increasing evidence of phytoplankton activity, particularly as shown by ongoing spectral analysis. C. Actually, Io is the most likely place to find life, due to its high level of volcanic activity. D. It has an ocean of liquid water, which is warmed by tidal force interaction with Jupiter, and may house underwater volcanic thermal vents.

Environmental & Atmospheric Sciences

What would happen if a new shipping channel was cut through a barrier island on the east coast of the

U.S. and lined with jetties where there is a strong southward longshore current? a. The shoreline on the north side would widen seaward, and the one on the south would erode and retreat landward. b. The shoreline on the south side would widen, and the one on the north would erode and retreat landward. c. Both shorelines would retreat. d. Neither shoreline would retreat. e. All of the barrier islands would disappear because of erosion.

Environmental & Atmospheric Sciences

Where would you be most likely to find an artesian aquifer?

A. Where there are dipping rock units with an overlying aquitard. B. Where you drill deep enough to tap the high pressure water found at depth. C. Where there are dipping rock units that can be recharged from above.

Environmental & Atmospheric Sciences