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Earth Sciences 20 Online
ohyhyh:

The diagram below shows different positions of Earth and Mars around the sun. Diagram shows the sun at the left hand focus of Earth's elliptical orbit. Two positions of Earth are shown on the elliptical orbit. At Position A, Earth is closest to the sun. At position B, Earth is farther away from the sun. The elliptical orbit of Mars is shown around Earth's orbit. Two positions of Mars are shown on its orbit. At Position A, Mars is closest to the sun. At position B, Mars is farther away from the sun. Based on the diagram, which of these statements is correct? The orbital speeds of Earth and Mars are greater in position B than in position A. The orbital speeds of Earth and Mars are greater in position A than in position B. The orbital period of Earth in position A is greater than the orbital period of Mars in position B. The orbital period of Earth in position B is greater than the orbital period of Mars in position B.

XxXNessalulbaddieXxX:

u got a screen shot?

ohyhyh:

1 attachment
XxXNessalulbaddieXxX:

ight which one u think it is

ohyhyh:

c

XxXNessalulbaddieXxX:

final answer? lol

ohyhyh:

yes? lol

ohyhyh:

i suck at sciencve

XxXNessalulbaddieXxX:

correct me if im wrong but i think u might be right

XxXNessalulbaddieXxX:

@kyanthedoodle

ohyhyh:

@kyanthedoodle LMAO

ohyhyh:

yup.

XxXNessalulbaddieXxX:

hes super smart lmaoo

KyanTheDoodle:

WOW

KyanTheDoodle:

OKAY I UNDERSTAND THE QUESTION NOW LOL

KyanTheDoodle:

So when they're talking about orbital speeds they mean the rate at which they're revolving around the sun. Do you see how on the left they're a lot closer to the sun than they are when they're farther away? That means they're orbiting the sun at a faster rate than on the other end. Make sense?

ohyhyh:

@kyanthedoodle wrote:
So when they're talking about orbital speeds they mean the rate at which they're revolving around the sun. Do you see how on the left they're a lot closer to the sun than they are when they're farther away? That means they're orbiting the sun at a faster rate than on the other end. Make sense?
so do you agree with c

KyanTheDoodle:

No

ohyhyh:

d?

ohyhyh:

@kyanthedoodle wrote:
No
d?

KyanTheDoodle:

Let me try explaining again. On the left of the orbit, both Earth and Mars will take a shorter time around that half of the sun than they will with the half on the right.

ohyhyh:

so then a? im so sorry i can be brain dead sometimes.

KyanTheDoodle:

The opposite of A. The path is shorter, so it won't take Earth and Mars as long to orbit the sun.

KyanTheDoodle:

and don't worry about it, it's a tough question.

ohyhyh:

So B? lol

KyanTheDoodle:

That's what I would put

ohyhyh:

ok. i trust u

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