Land surfaces of earth heat more rapidly than water surfaces because

Answers

Answer 1
Answer:

Land surfaces of earth heat more rapidly than water surfaces because the land has a smaller “heat capacity” than water, which means it needs less heat to raise its temperature.

Why does water heat up and cool down slower than land?

Water reflects most solarradiation that reaches its surface again to the environment. Considering that land absorbsgreater sun radiation the land surface retains greater warmness as do the flowers for energy. hence, land surfaces heat more quickly than water.

The specificwarmness of water is more than that of dry soil, therefore water both absorbs and releases heat more slowly than land. Water is also fluid, allowing the heat to be combined to more intensity than on land.

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Answer 2
Answer:

Answer:

Land has lower albedo than the water itself

Explanation:

Albedo determines how much light an object reflects. less albedo means more absorption of the heat of the sun.


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Land covers more of Earth’s surface than oceans do true or false?

Answers

Your answer is False. 71% is water, and land is 29%.

Hope this helps.

Water covers more of earths surface than land

Which of the following is a natural cause of wildfires?a.fire works
b. campfire
c.lightning
d.burning garbage

Answers

Answer: (C) Lightning

Explanation:

 Lightning is one of the natural causes of the wildfire as the lightning  is the naturally caused wildfire. Natural flames are by and large begun by lightning, with a very little rate began by sudden ignition of dry fuel for example leaves and the sawdust.

The average 22,600 wildfire are mainly occurred due to the lightning per year. On the other hand, all the other options are incorrect as they all are the human caused wildfire.

Therefore, Option (C) is correct.

C. Lightning. All of the others are man-made fires, but lightning is from nature.

What is an estuary?a. an area of fresh water teaming with life and nutrients
b. an area where ocean water mixes with stagnant water
c. an area where fresh water mixes with stagnant water
d. an area where ocean water mixes with fresh water

Answers

d when ocean water mixes whit fresh water

Clare wonders if the height of the toilet paper tube or the distance around the tube is greater what information would she need in order to solve the problem how could she find this out

Answers

Answer: Clare will need to measure the diameter across the tube.

She'll also need the to find the constant pi, whose value is 3.142

She'll also need to measure the height of the tube from top to bottom.

NB: the measurements should be done with a well calibrated meter rule.

After obtaining these values, Clare will then proceed to calculate for the circumference of the tube. She will do these by multiplying pi and the diameter of the tube.

She can then compare her result to the height of the tube.

Final answer:

To determine whether the height of the toilet paper tube or the distance around the tube is greater, Clare needs to measure both quantities and compare them. She can find the answer by directly comparing the height and circumference of the tube.

Explanation:

To solve this problem, Clare would need to know the height of the toilet paper tube and the distance around the tube.

If Clare wants to find out which measurement is greater, she can compare the two values directly. If the height of the tube is greater, then the tube will be taller. If the distance around the tube is greater, then the tube will have a larger circumference.

By measuring both the height and the circumference of the tube, Clare can determine which measurement is greater.

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18. Which of the following best describes deflation as it relates to Earth science? A. Beach erosion caused by high tides
B. An avalanche caused by skiers
C. The lowering of land surface caused by wind
D. High tides caused by full moons

Answers

C. The lowering of land surface caused by wind

Deflation is wind activity which also causes rock erosion or transports sand and dirt.

Deflation is also known as aeolian processes and aeolus was a Greek god of wind. So it's wind related. Maybe this will help you memorize it. At least thats how i memorized it.





Dynamothermal (regional) metamorphism occurs when ________. A. rock becomes deeply buried during continental collision and mountain building B. regression of the sea leads to erosion of sedimentary cover on a body of rock C. the upper surface of a body of rock develops a thick soil profile D. a pluton causes metamorphism in a small surrounding region

Answers

Answer:

Dynamothermal (regional) metamorphism occurs when (A) rock becomes deeply burried during continental collision and mountain building.

Explanation:

Answer:

A. rock becomes deeply buried during continental collision and mountain building

Explanation:

These rocks were typically exposed to tectonic forces and associated high pressures and temperatures. Regional metamorphism occurs when rocks are buried deep in the crust.