In terms of the stages of the water cycle, yes.
Answer:
<u>Capital city in FIJI created in 1877.</u>
Explanation:
- Its the largest metropolitan city located on the southeastern coast of the island, Viti Levu, In the Reva province. In the 2007 census, the city has a population of 85,691. Having an area of 2,048 kilometers.
- It has a touch of modern buildings and traditional architecture. The city is perched on a harbor peninsular reaching out to the sea. Its harbor coast is surrounded by mangroves.
- The city sits in the middle of an urban conurbation that stretches from lami to intermediate west of the city. Suva has a tropical rainforest type of climate. Making it a high rainfall country, and most of its observed from November to May.
Answer:
The Niger River will be heavily exploited in the future so that it helps the economies in people in the region.
Explanation:
Most of the big rivers around the world are heavily exploited. They have huge dams built on them for multiple purposes, canals that connect places that don't come out on the rivers, transportation, and travel are well organized and on a high scale. The Niger River though is not that exploited despite having huge potential, but that will change in the near future for sure.
This river goes a long way in the interior of Western Africa and the outskirts of Central Africa. It can support boats, and it is the major factor that supports agriculture. Considering that this part of the world is in a dire situation but develops quickly, the Niger River will be used for sure. Huge dams will be made, and the water will be used for the production of electric power to feed the economies, but also for irrigation as the region is mostly semi-arid, for drinking, and for the industry. In order to boost the economy and help in the development of the large urban areas, canals will be made to the ones that are not located at the river's banks. Transportation through the river's waters will skyrocket as it will be fast, safe, and cheap.
Answer:20 times 30 equal 600
Explanation:
Answer:
The true statement is:
d. It is impossible to know which contains more energy.
Explanation:
In this scenario, the frequencies of Photon A and Photon B were not given. This makes it impossible to know which photon contains more energy than the other. Note that the amount of energy is directly proportional to the photon's electromagnetic frequency but inversely proportional to the wavelength. A description of the associated wavelengths was offered, but this description is not enough to help determine the energy of each photon. In conclusion, the photon's frequency determines its energy level just as the wavelength reduces its energy.
