Answer:
I think b)
Explanation:
Great Zimbabwe, extensive stone ruins of an African Iron Age city. It lies in southeastern Zimbabwe, about 19 miles (30 km) southeast of Masvingo (formerly Fort Victoria).
The answer is A
It will increase in wavelength. It will decrease in speed.
Explanation:
<h3>The frequency is = 1/t = w/2π of the motion per unit time. It is measured in Hertz. (1hz = 1m/s.) </h3>
Answer:
Consequently, during neutral conditions, rainfall is greatest in the western tropical Pacific where SST are: highest.
Explanation:
SST is the abbreviation for Sea Surface Temperature. This temperature is measured using satellite data and is essential to understand the occurrence of precipitation in the tropical pacific, as shown in the question above. This is because the higher the surface temperature of the sea, that is, the higher the SST, the higher the rate of evaporation of sea water. According to the water cycle, when sea water evaporates, it is released into the atmosphere as water vapor. This vapor is captured by the clouds, which condense it, transforming it into water again. When the clouds become very heavy with this condensed water, precipitation will occur, which is the release of clouds from water that was previously evaporated from the sea, due to the high temperature of the sea surface. Therefore, we can conclude that when precipitation in the Western Tropical Pacific is higher, it means that SST is higher.
<u>Answer:</u>
A "small mountain stream" will have a<u> greater</u> competence and a <u>lower</u> capacity than the "Mississippi River".
<u>Explanation:</u>
- Streams flowing down a mountain tend to have more kinetic energy and momentum than the rivers flowing through plains.
- This increases their competence but at the same time, drains their capacity to convert themselves into larger streams.
- Most of the Mississippi River's course happens to pass through plains.
- That is why the Mississippi River has less competence yet more capacity than a "small mountain stream".
