What percent is 63 out of 90​

Answers

Answer 1
Answer:

Answer:

63 is 70% of 90.


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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.

Describe the water that is most likely to float on the surface of the ocean. A. Cold water with no salt
B. Warm water with high salt content
C. Warm water with low salt content
D. Cold, salty water

Answers

The answer you are looking for is C. Warm water with low salt content. The reason for this being the answer is because saltwater is denser than freshwater. 

Answer:

C

Explanation:

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During the french and Indian war France and Great Britain fought for control of north America territory what impact did the end of the war have on American colonies

Answers

In the short-term, The French-Indian War or The Seven Years War expanded the British colonial territory in North America by an enormous amount and removed potential competitors in early westward expansion. In the long-term, it resulted in extreme national debt in Britain, bringing about dictatorial control of its colonies so it could alleviate economic stress. First came the passing of the Proclamation of 1763, which stopped all westward movement by its American colonies past the Appalachian Mountains (they hoped to make Native Americans and the Spanish buy land), then several new Acts like the Stamp Act were passed which taxed goods like paper, and eventually, as some historians interpret, led to the American Revolution.

What landforms are created at convergent boundaries?

Answers

Usually volcanoes (where the plates benethe the earths crust meet)
Usually volcanoes (where the plates beneath the earths crust meet)

A geographer who works with city governments to help lay out new parks and streets might be a(n) _____.

Answers

Answer:

A "geographer" who works with "city governments" to help layout new parks and streets might be a cartographer.

Explanation:

  • A cartographer is the one who is responsible for making precise and accurate maps of different places by studying the features and the orientation of "natural and man-made objects" at that particular place.
  • To prepare layouts of new parks and streets already built or to be built in the city, the city government would hence need to consult a cartographer.

Answer:

Cartographer

Explanation:

This was marked correct this morning

In Fairbanks, Alaska, the average annual temperature for the year 2019 was 31.2 degrees F. The average annual temperature for the years 1951-1980 was 26.7 degrees F. Calculate the temperature anomaly for the year 2019 for Fairbanks.

Answers

The average annual temperature in Fairbanks was 4.5 degrees F higher in 2019 than it was during the years 1951-1980. In the case of Fairbanks, the temperature anomaly for the year 2019 was positive, which means that the average annual temperature was higher than the average for the years 1951-1980.

To calculate the temperature anomaly for the year 2019, we need to subtract the average annual temperature for the years 1951-1980 from the average annual temperature for the year 2019.

Here is the calculation:

Average annual temperature for 2019 - average annual temperature for 1951-1980 = temperature anomaly

31.2 degrees F - 26.7 degrees F = 4.5 degrees F

Therefore, the temperature anomaly for the year 2019 in Fairbanks, Alaska is 4.5 degrees F.

This means that the average annual temperature in Fairbanks was 4.5 degrees F higher in 2019 than it was during the years 1951-1980.

The existence of both positive and negative temperature anomalies should be noted. A positive temperature anomaly denotes a higher-than-average temperature, whereas a negative temperature anomaly denotes a lower-than-average temperature.

The average annual temperature in Fairbanks was higher than the average for the years 1951–1980 because the temperature anomaly for the year 2019 was positive.

To know more about Temperature:

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Answer:

4.5

Explanation:

31.2°F (today) –26.7°F (average) = +4.5°F anomaly