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2 years ago

8

Explain how the atmosphere and hydrosphere interact to create weather

1 answer:

ELEN [110]2 years ago

3 0

Answer:

The interaction between the atmosphere and hydrosphere usually consist of the water cycle.

Explanation:

The atmosphere and the hydrosphere interact to create weather activity by the change of states of water, which is usually known as the Water Cycle.

<u>The sun that heats the water from the hydrosphere produces the</u> water evaporation,<u> forming water vapor into the atmosphere</u>. <u>This water vapor is then cooled and</u> <u>condensed </u><u>into the atmosphere</u> to form liquid water, <u>that is released to the hydrosphere as</u> precipitation in form of rain or snow, to star over the cycle.

I hope it helps you!

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A little girl riding a train rolls a ball toward the back of the train at 1.25 m/s NE. The train is traveling at a velocity of 1

Lelechka [254]

Answer:

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Explanation:

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3 years ago

A 41-turn square coil of area 0.074 m2 and a 123-turn circular coil are both placed perpendicular to the same changing magnetic

vesna_86 [32]

Answer:

<h3>The area of second coil is ≅ 0.025 $m^{2}$ </h3>

Explanation:

Given :

No. of turns in the first coil $N_{1} = 41$

No. of turns in the second coil $N_{2} = 123$

Area of first coil $A_{1} = 0.074 m^{2}$

According to the law of electromagnetic induction,

Induced emf = $-N \frac{d \phi}{dt}$

Where $\phi =$ magnetic flux.

Since given in question emf of both coil is same so we compare above equation.

$-\frac{N_{1} d\phi _{1} }{dt_{1} } = -\frac{N_{2} d\phi _{2} }{dt_{2} }$

$\frac{N_{1} A_{1} dB_{1} }{dt_{1} } = \frac{N_{2} A_{2} dB_{2} }{dt_{2} }$

$A_{2} = \frac{N_{1} A_{1} }{N _{2} }$

$A_{2} = \frac{41 \times 0.074 }{123 }$

$A_{2} = 0.0246 = 0.025 m^{2}$

Therefore, the area of second coil is ≅ 0.025 $m^{2}$

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2 years ago

One property that makes electromagnetic waves differ from other types of waves is that they can

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That they travel in a vacuum. All other waves require a medium in which they wave.

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2 years ago

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An object has a total kinetic energy of 2,400,000 J. If it’s mass is 0.004 kg, then what is it’s velocity.

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2 years ago

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yulyashka [42]

Answer:

Explanation:

I ASSUME you mean acceleration is 3 m/s²

v² = u² + 2as

s = (v² - u²) / 2a

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s = 30 m

to verify we can see that the acceleration time is

t = (18 - 12) / 3 = 2 s

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2 years ago