How would a continents climate change if it drifted closer to the equator?

Answers

Answer 1

Answer:

The equator is the closest part of out planet that is closest to the sun, which means that the continents closest to the equator will in turn be warmer.

What is Equator?

The imaginary line that circles the Earth's center is known as the Equator. It divides the Earth into the Northern and Southern Hemispheres and is located halfway between the North and South Poles.

An equator is a hypothetical line that circles a planet or other celestial body in the centre. At its Equator, the Earth is at its broadest. The circumference of the Earth, measured at its equator, is 40,075 kilometers (24,901 miles).

The equatorial bulge is a phenomena caused by the Earth's diameter being wider in the Equator. A straight line with its endpoints on the circle's edge and a path through its center is used to calculate a circle's diameter.

Therefore, The equator is the closest part of out planet that is closest to the sun, which means that the continents closest to the equator will in turn be warmer.

To learn more about equator, refer to the link:

brainly.com/question/14581221

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Answer 2

Answer: The equator is the closest part of out planet that is closest to the sun, which means that the continents closest to the equator will in turn be warmer.

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It is difficult to walk with shoes having heals

Answers

this question confuses me? are you asking is it difficult to walk WITH high heels?

but to answer your question, it all depends on the person. some people are naturally good at walking in heels and others could have trouble wearing them for too long, or walking normally.

If an object has a mass of 50 kg and is accelerating at 2m/s/s, what is the force it will exert?

Answers

the formula you're looking for is Force = mass * acceleration. this means the force = 50 * 2, which is 100N

An 100W light bulb is on 6 hours work out the energy (kWh) used and the cost of it (1kWh = £0.1359) with working out please

Answers

1,000 W = 1 kW
100 W = 0.1 kW

(0.1 kW) x (6 h) = 0.6 kWh <=== energy

(0.6 kWh) x (£0.1359/kWh) = £0.0815 <=== cost of it

Why a soccer ball that is quickly rolling across a grass field slows and finally stops rolling

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friction accord while the ball was rolling in the grass and slowed it down until it finally came to a stop

This is because of friction. If you want to add extra detail you can say that this ties in with Newton's First Law of Motion, which states that an object moving at a constant speed will stay moving at a constant speed unless there is an opposite force, and in this case, the opposite force against the ball is friction.

What are two ways that the Earth's atmosphere is important to life on Earth?

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1). It has oxygen in it, of which we need a steady supply
in order to stay alive.

2). It has pressure, which prevents us from boiling away
and blowing up like balloons.

It keeps objects from easily reaching the surface and destroying earth it also locks in heat

Contrast situations where work is done with different amounts of force to situations where no work is done such as standing still???

Answers

Picking up a sheet of paper . . . work done with small force
Picking up a glass of water . . . work done with moderate force
Picking up a huge boulder . . . work done with a great tremendous force
=================================
Standing still . . .
Holding your tongue out as far as it will go . . .
Holding your arm over your head for 3 days . . .
Holding a huge boulder motionless over your head . . .
Pushing on a brick wall . . .
Pushing as hard as you can against a truck with the wheels locked . . .
. . . . . No work done at all, because the force doesn't move through a distance.

Work done = (force) times (distance)

If the force doesn't move, then the distance is zero, and the work done is zero.

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