The sun rises due east and sets due west.
Okay, let's get you your answer.
First: No matter what people will tell you, the center of the Earth is hot, hot, hot! So, remove any choices with the "Low," option first.
That leaves us with two choices:
A: high, low
D: high, high
Since we already know that the temperature is high, we can think about how it would sound in the sentence above.
Using answer choice A:
"The high temperature and the low pressure on Earth's inner core force it to remain solid."
Woah there.
Let's think about that for a second. Let's say you put a nickle in a place where the temperature is at the metal's melting point without pressure, or anything that is forced upon it to take shape. There is no way that little nickle would stay solid, am I correct? So, answer choice A, is inncorrect.
Using answer choice D:
"The high temperature and the high pressure on Earth's inner core force it to remain solid."
There we go!
Once read over, you will find that you can point out how pressure is able to have a factor on keeping something solid when it should be liquified due to temperature!
Your answer choice is D!
I hope this helps you! Have a good day!
<span>The sides of the rhombus that are across from each other are
parallel. would add up to </span>180 degrees and
opposite angles are equal
So the opposite angle of 75 degree is also 75 degrees
And parallel to it is 180 – 75 = 105 degree
<span>Sot the 3 angles are 75, 105 and 105</span>
Because water has a tremendous capacity for holding heat ... much more than land, and much much much more than air.
Since water can hold so much heat . . . and it can only absorb heat or radiate heat
from its surface . . . it takes water a long time to get warmed up in the morning (or
even over several warm days), and a long time to get cooled down at night (or even
over several cold days).
So, say it's the beginning of Summer and getting hot. If there's a large body of
water near you, the water is still cool for several days, and air blowing over it
gets cooled before it blows over the city.
Now, say it's the beginning of Winter and getting cold. If there's a large body of
water near you, the water is still warm for several days, and the air blowing over
it gets warmed before it blows over the city.
That's why places near the ocean coast, or the shore of large lakes, have more
"moderate" climates . . . the Summers there are less hot, the Winters there are
less cold, and the temperature doesn't change fast,