Points on a map to the same side of a certain contour on a topographic map will all have
A. rivers and streams that run parallel to the contour line, while points on the other side of that contour have rivers and streams that do not run parallel to the contour line.
B. more similar climate than points to the other side of that contour line.
C. elevations that are all above, or all below, the elevation that the contour represents.
D. the same mineral composition, unless there is no index contour on the map.
Answer: C
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P-waves refract at the boundary between inner and outer core because
A. there is a change of phase between inner and outer core. B. they lose speed. C. they gain speed. D. there is a change in chemical composition between inner and outer core.
Looking at Figures 24-1 and 24-2, does the recent increase in global temperature exhibit such a lag?
The question is based on Figure 24-5, showing variations in CO2 and temperature anomalies in Antarctica going back 800,000 years. This temperature record shows the major glacial (cold) and interglacial (warm) periods of the later Pleistocene Epoch (2.58 million to 11,700 years ago). Research suggests that over the last few hundreds of thousands of years, changes in atmospheric CO2 concentration sometimes lagged behind a temperature increase by perhaps 1000 years—indicating that “feedback” loops associated with a warmer climate might lead to increasing CO2 in the atmosphere rather than the other way around. What will be an ideal response?
The dry region of southern Argentina is called _____________________.
Fill in the blank(s) with the appropriate word(s).
Empirical science
What will be an ideal response?