Why do see lighting from a distant storm before you hear thunder

Answers

Answer 1
Answer: Because light travels more than 800 thousand times as fast as sound does.

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Considering how much of the Earth is covered by water, then most of the Earth's surface (crust) is actually below sea level.

The warm climate of Central Africa is primarily due toA. its latitude.
B. its elevation.
C. the presence of lakes in the region.
D. air and water currents in the region.

Answers

Correct answer A. Its latitude, because  Africa is primary due proximity to equator.

How does latitude affect climate

Answers

The climate of some places is different from others and some factors are responsible for climatic differences.

How close a place is from the equator determines the sunlight it receives. This implies that if a place is close to the equator, it will receive more sunlight and places that are not close to the equator will receive less sunlight.

Further Explanation

In other words, how far a place is from the equator at 0-degree latitudes determines how cooler it gets.

Also, based on the latitude of a particular place, the prevailing wind is another factor that can affect the climate of a place.  Prevailing winds such as 'Hadley 0-30°, Ferrell 30-60° and Polar cells 60-90° can affect the heat of the earth's surface.

For example, the prevailing wind in Britain comes from the southwest and this wind brings warm and humid air directly from the Atlantic Ocean. The wind and the humid air contribute greatly to the regular rainfalls in Britain.

Therefore, latitude affects the climate in such a way that if someone is close to the equator the climate will become hot and if someone is close to the North and south pole, the climate of the place will be cold.

LEARN MORE:

KEYWORDS:

  • latitude
  • climate
  • prevailing wind
  • equator
  • Atlantic ocean

The correct answer to how latitude affects the Earth's climate is because the Earth is round, the equator gets the most sunlight and the rest is spread out. Option B is the correct answer.

Latitude plays a significant role in determining the Earth's climate. The Earth is not flat but a spherical shape, and because of this, sunlight is distributed differently across different latitudes. The equator, located at 0 degrees latitude, receives the most direct sunlight throughout the year. As you move away from the equator towards the poles, the angle at which sunlight reaches the Earth's surface becomes more oblique, resulting in less intense heating. Option B is the correct answer.

This variation in sunlight intensity due to latitude leads to differences in climate. Near the equator, where sunlight is most intense, temperatures tend to be higher, and the climate is typically warm or hot. As you move towards higher latitudes, the amount of sunlight decreases, resulting in cooler temperatures and different climate zones. The distribution of sunlight across latitudes also affects the Earth's seasons. As the Earth orbits around the sun, the tilt of its axis causes variations in the amount of sunlight different latitudes receive throughout the year. This variation in sunlight leads to the changes in seasons we experience, with regions closer to the poles experiencing more significant seasonal variations.

Learn more about Climate here:

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The complete question is, "How does latitude effect how the Earth's climate?

a. because the Earth is round, every place gets the same amount of sunlight

b. because the Earth is round, the equator gets the most sunlight and the rest is spread out

c. all places on Earth have the same climate"

Review the table below. Note the exchange rates for dates in January of 2008 and 2013. You will use the information in the table and what you learned in the lesson to answer the questions that follow.2008 U.S. currency exchange rate 2013 U.S. currency exchange rate
Canada (Canadian dollar, or CAD) U.S. $1 = 1.00 CAD U.S. $1 = 0.99 CAD
India (Indian rupee, or INR) U.S. $1 = 39.41 INR U.S. $1 = 54.80 INR
European Union Eurozone (euro, or EUR) U.S. $1 = 0.69 EUR U.S. $1 = 0.76 EUR
South Africa (South African rand, or ZAR) U.S. $1 = 6.78 ZAR U.S. $1 = 8.46 ZAR
Source: x-rates.com
Write a paragraph that explains why a traveler will need to visit a currency exchange. Include how exchange rates are determined.
A. You have $25 in the United States. Imagine you are visiting India in 2013 to check out new products. How much would your $25 be in Indian rupees? (Be sure to show your work.)

B. You read a news article about a great new invention in Canada. You think maybe you want to visit Canada instead of India in 2013. How much would your $25 be in Canadian dollars? (Be sure to show your work.)
You can buy certain supplies in the European Union or in South Africa. For the moment, ignore other factors that can affect price. Would it be cheaper to buy your supplies in the European Union or in South Africa? Write a complete paragraph to explain your answer.
Imagine your business sells tablets made in India. Would it have been cheaper to buy the product in 2008 or in 2013? Write a complete paragraph to explain your answer.

Answers

          2008                                          2013
U.S. $1 = 1.00 CAD               U.S. $1 = 0.99 CAD
U.S. $1 = 39.41 INR              U.S. $1 = 54.80 INR
U.S. $1 = 0.69 EUR               U.S. $1 = 0.76 EUR
U.S. $1 = 6.78 ZAR                U.S. $1 = 8.46 ZAR

When you travel, it is better to visit a currency exchange and have your foreign currency exchange into the local or national currency of the country you are visiting. Cash transactions will be easily done once local currency is used. You don't need to worry about the exchange rate every time you purchase a commodity.

2013: US$ 1 = 54.80 INR

$25 x 54.80 INR/$1 = 1,370 INR

2013: US$ 1 = 0.99 CAD

$25 x 0.99CAD/$1 = 24.75 CAD

It would be cheaper to buy products in South Africa than in European Union. This is because the US dollar has a higher value in South Africa than in the European Union.

It would be cheaper to buy the product in 2008 because the value of US dollars in India is lower compared to its value in 2013.

True or false: topographic maps contain isolines. a) true b) false

Answers

a) true
Hope this helps

desert are very hot during the day and very cold at night. the cloud coverage above these areas is most likely? rare cloudy all the time cumulus cloud low level cloud

Answers

Hey there! 

The correct answer to your question is: Rare

Deserts are very hot during the day and very cold at night. The cloud coverage above these areas is most likely rare. Desert atmosphere's are almost always clear unless during periods of dust storms. 

Thank you!

Answer:

Hey there everyone the answer is

Rare.

Explanation:

Odyssey ware

According to the sector model, in which region or regions would you MOST likely find industrial and transportation development?I. First Hill

II. Yesler Terrace

III. International District

IV. Pioneer Square



A) I only

B) II only

C) IV only

D) I and II

E) I and IV

Answers

The correct answer is C) IV only. Pioneer square.

According to the sector model, in the region where you would MOST likely find industrial and transportation development is in Pioneer Square.

We are talking about different districts of the city of Seattle, Washington.

The sector model or Hoyt model was developed by urbanists Homer Hoyt in 1939. He tried to offer an explanation about the way cities grew. He said that in the middle om this concentric model was downtown or the business center. To the right side of the center were the Transportation and industry. On the other side, next to the center, was the low-class residential. followed by middle class residential. On the outer of the model, occupying a small fragment of the total and connected to the center, was the high-class residential.  

c prob the answer                    hzshshrs