GEOGRAPHY MIDDLE SCHOOL

South America is located entirely within which hemisphere? Northern Hemisphere Southern Hemisphere Western Hemisphere Eastern Hemisphere

Answers

Answer 1
Answer: Western

A small upper portion of South America sticks into the Northern hemisphere, thus eliminating North and South.

South America is West, not East, thus eliminating East as an option.

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Which is not a major biogeochemical cycle?oxygen cycle


carbon cycle


nitrogen cycle


atmosphere cycle

Answers

Which is not a major biogeochemical cycle? atmosphere cycle

Explanation:

A biogeochemical cycle is a pathway where a chemical substance moves through biotic and abiotic compartments of Earth

Some of the major biogeochemical cycles are as follows:

  • Water Cycle or Hydrologic Cycle describes the continuous movement of water on, above, below the surface of the Earth
  • Carbon-Cycle is the biogeochemical cycle in which carbon is exchanged among biosphere, pedosphere, geosphere, hydrosphere, and atmosphere of the Earth.
  • Nitrogen Cycle is the biogeochemical cycle in which nitrogen is converted into multiple chemical forms as it circulates among atmosphere, terrestrial, and marine ecosystems
  • Oxygen Cycle is the biogeochemical transitions of oxygen atoms between different oxidation states in ions, oxides, and molecules through redox reactions

The producers of an ecosystem take up several basic inorganic nutrients from their non-living environment. These materials get transformed into the bio mass of the producers. The biogeochemical cycles always have a state of equilibrium occured when there is a balance in the cycling of the elements between compartments.

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Final answer:

The 'atmosphere cycle' is not recognized as a major biogeochemical cycle unlike the oxygen, carbon, and nitrogen cycles which contribute to the sustainment of life on earth.

Explanation:

In the field of biology, particularly in ecology, there are several important biogeochemical cycles that help regulate the environment's elemental balance. The oxygen cycle, carbon cycle, and nitrogen cycle are all recognized as major biogeochemical cycles. However, the 'atmosphere cycle' is not part of the main recognized biogeochemical cycles.

The oxygen cycle, carbon cycle, and nitrogen cycle facilitate the circulation of essential elements through organisms and the environment, contributing to the sustainment of life on earth. Conversely, the term 'atmosphere cycle' is not recognized within the scientific community as representing a distinct or significant cycle in this context.

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Enslaved Africans were brought to brazil to...

Answers

Colonists were substantially dependent on autochthonous labour during the embryonic phases of settlement to conserve the subsistence economy, and natives were often seized by expeditions called bandeiras, originating in São Paulo. 
Slave labour was the driving might behind the maturation of the sugar economy in Brazil, and sugar was the key export of the colony from 1600-1650. 
Gold and diamond deposits were uncovered in Brazil in 1690, which triggered an expansion in the importation of African slaves to power this newly profitable market. Transportation systems were advanced for the mining infrastructure, and population improved from immigrants seeking to take part in gold and diamond mining. 
I hope this answered your question, and my apologies if this answer is wrong. Good luck on your quiz or homework. 

Peninsulas and deltas can be found in which type of geographic region? A. coasts
B. deserts
C. plains
D.mountains

Answers

A. Coasts

Hope this helps,

~DragonGirl :)

The major difference between temperate rainforests and tropical rainforests is thatA.the rainfall of temperate rainforests is generally lower than that of tropical rainforests.

B. the temperatures of temperate rainforests are generally lower than those of tropical rainforests.

C. the rainfall of temperate rainforests is generally higher than that of tropical rainforests.

D. the temperatures of temperate rainforests are generally higher than those of tropical rainforests.

Answers

The major difference between temperate rainforests and tropical rainforests is that the temperatures of temperate rainforests are generally lower than those of tropical rainforests. Thus, option 'B' is the correct option.

What is the difference between temperate rainforests and tropical rainforests?

Tropical and temperate rainforests are two different sorts. Tropical rainforests are located in warm climates around the equator. Further north or south of the equator, temperate rainforests are located close to the colder coastal regions. It rains all year round in the hot, humid habitat of the tropical rainforest.

In regions with continental temperate climates, temperate deciduous woods can be found, whereas temperate rainforests can be found in regions with coastal temperate climates. In comparison to temperate forests, tropical rainforests typically receive 80 inches or more of rain every year. The annual rainfall in temperate woods ranges from 30 to 60 inches. Tropical rainforests have far more biodiversity than temperate forests do.

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The major difference between temperate rain forests and tropical rain forests is that B) the temperatures of temperate rainforests are generally lower than those of tropical rainforests. 

Which example correctly identifies a planet that is a gas giant and a planet that is terrestrial? A. Saturn is a gas giant; Neptune is terrestrial. B. Jupiter is a gas giant; Venus is terrestrial. C. Mars is a gas giant; Earth is terrestrial. D. Mercury is a gas giant; Mars is terrestrial.

Answers

B. Jupiter is a gas giant; Venus is terrestrial.

Answer:

B. Jupiter is a gas giant; Venus is a terrestrial

Explanation:

By what processes can a volcanic eruption affect temperature around the world

Answers

world-wide affects of volcanic eruptions only happens when there are large explosive eruptions that throw material into the stratosphere. If it only gets into the troposphere it gets flushed out by rain. 
the size of the particles (again mostly droplets of sulfuric acid) If they are big then they let sunlight in but don’t let heat radiated from the Earth’s surface out, and the net result is a warmer Earth (the famous Greenhouse effect). If the particles are smaller than about 2 microns then they block some of the incoming energy from the Sun and the Earth cools off a little. That seems to have been the effect of the Pinatubo eruption where about a 1/2 degree of cooling was noticed around the world. Of course that doesn’t just mean that things are cooler, but there are all kinds of effects on the wind circulation and where storms occur. 
even more controversial connection involves whether or not volcanic activity on the East Pacific Rise (a mid-ocean spreading center) can cause warmer water at the surface of the East Pacific, and in that way generate an El Nino. Dr. Dan Walker here at the University of Hawai’i has noticed a strong correlation between seismic activity on the East Pacific Rise (which he presumes indicates an eruption) and El Nino cycles over the past ~25 years. 
volcanism produces about 5X10^11 kg of CO2 per year about 3% of the total CO2 with the other 97% produced by humans. 
hence, volcano have more affect on weather near area it erupts.
world-wide affects of volcanic eruptions only happens when there are large explosive eruptions that throw material into the stratosphere. If it only gets into the troposphere it gets flushed out by rain. 
the size of the particles (again mostly droplets of sulfuric acid) If they are big then they let sunlight in but don’t let heat radiated from the Earth’s surface out, and the net result is a warmer Earth (the famous Greenhouse effect). If the particles are smaller than about 2 microns then they block some of the incoming energy from the Sun and the Earth cools off a little. That seems to have been the effect of the Pinatubo eruption where about a 1/2 degree of cooling was noticed around the world. Of course that doesn’t just mean that things are cooler, but there are all kinds of effects on the wind circulation and where storms occur. 
even more controversial connection involves whether or not volcanic activity on the East Pacific Rise (a mid-ocean spreading center) can cause warmer water at the surface of the East Pacific, and in that way generate an El Nino. Dr. Dan Walker here at the University of Hawai’i has noticed a strong correlation between seismic activity on the East Pacific Rise (which he presumes indicates an eruption) and El Nino cycles over the past ~25 years. 
volcanism produces about 5X10^11 kg of CO2 per year about 3% of the total CO2 with the other 97% produced by humans. 
hence, volcano have more affect on weather near area it erupts.
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