Answer:
<em>Based on my research....</em>
<u>Earth</u> to Moon - 238,900 Miles
<u>Sun</u> to Moon - About 150 Kilometers
<u>Mars</u> to Moon - Roughly 476,000 Miles
<u>Jupiter</u> to Moon - Basically 630 <u>million </u> Kilometers
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Note:
- Some of the things I have researched my be <u>wrong</u> so please tell me if it is.
- Most of these are <u>average</u> or <u>rounded up</u>, so the exact distance is <u>unknown</u>
- Remember, someone else did all these experiments and gave it to the internet, so I only <u>researched</u>, <u>searched</u> it up and typed it in here.
~<em>This took a while to type, research, and write so Brainliest would highly appreciated</em>~
I hope this helped! Have a wonderful and bright day!
-- J u r i D a v i s
Well the freezing point of water is 32F so it would be snowing :)
Answer:
C. A mass of air that is similar in temperature and humidity
Explanation:
An "air mass" refers to a big volume of air that is characterized by having similar or uniform "temperature" and "humidity"<em> (moisture).</em> They come from different source regions, thus they are classified accordingly.
The<em> "cold air masses"</em> come from the <u>polar area</u>s while the<em> "warm air masses"</em> come from the<u> tropical areas.</u> An air mass may cause a storm, for example, when an air mass moves to a new region and confronts another air mass there with a<em> different humidity and temperature</em>.
There's a subtle point involved here that I'll try to explain, and
I hope you catch my explanation:
A real scientist does NOT "use evidence to support his theory".
That would mean that he dreamed up his theory, then he went
around observing the world and nature, and he wrote down and
took pictures of things he saw that supported his theory, and he
ignored anything that didn't support it. This is exactly how science
does NOT work. Anybody who operates that way is laughed out
of science and you never hear about him again.
The way science works is exactly the opposite: The curious
investigator observes the world and the things around him. He
sees how things actually work. That's the 'evidence'. Eventually
he comes to the point where he's ready to build a theory of WHY
or HOW things work the way they actually do.
The theory is built to explain the evidence. The evidence is not
used to support a theory. And after the theory is offered, the next
step is to test the theory and see if it's worth anything.
Wegener observed that m<span>ountain chains are continuous across
continents, and he learned that similar fossils have been found
on different continents. When he saw these and other facts, he
eventually offered the theory of continental drift, to EXPLAIN the
evidence.
I only see 5 points. Where are the other 19 ?
</span>
The natural resources can be affected by mining. The natural nutrients that the soil can give to plants can be affected. This would get more space instead of farm lands. It can also affect the living of people in the area. Resources that would come from plants and animals would be disturbed by this activity and can ruin natural habitat.
