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💦 vapor is shone as white and

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The title

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If we didn't have water 💦 then we will be stinky 😷

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The water vapor throughout the months it is getting bigger in July and getting smaller in se

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The wind is moving fast and getting little every month

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WHIT AOUT WATER VAPOR WE WONT LIVE🍗🍗🍗🍗🍖🍖🍖

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In the simulation , note the swirling patterns of water vapor near Central America during July and August and the tropical cyclone east of Madagascar in early October

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If we didn't have the sun ☀️ then we can't have gobs.

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The water 💦 will go from one ☝️ please or another and it will go on and on for every

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JANUARY IT WAS WITH ALOT OF WATER VAPER AN IN SEPTEMBER IT WAS GETING SMALLER

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You will see the wind 💨
Whith a camu to

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Without sun ☀️ the ocean 🌊 will avaprat 🌊🌊🌊💦🌊🌊

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In the text it says- it can be studied through the use of imaging that is sensitive to infrared wavelengths of about 6.5 to 7.4 micrometers in the electromagnetic spectrum.

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If we didn't have the sun then we won't have rain

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That the water vaporate  is shown by white and pretipatation. And the wind gets big but after that it takes a month that the wind will get smaller.

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Whith out sun ☀️
We wot serff in
Roth and no
Water 💦 🌊

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Moving around u☀️☀️☀️☀️☀️☀️

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You will not survive and you will probably won't be here right now because if not you would not be at school 🐩

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IF WE DON'T HAVE SUN THERE BE NO WATER VAPOR☀️🌤

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By assigning false colors to represent the infrared data , researchers are able to "see" water vapor in the atmosphere.

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We cant track the water vapor because it is invisible.

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We could track it beacause its in the middle of the earth surface. And that the water is vaporating and we can't see it because it is invisible.

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The earth tilt

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How can we track the movement of water vapor when we cannot see it?

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View the simulation and describe what you see. Describe the wind movement at different latitudes.