The Chill Spot (We Hit 2 Million Views!)

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I think this nigga planning to propose. He's been bringing up marriage a lot lately. Telling me there's not a rule on how long you should date before marriage. He's mentioned that he's prayed and know I'm his wife. He keeps telling me how our families should do something together for my graduation next May :think2:

I've been browsing diff areas in Atlanta lately to get a feel where I wanna move next summer, yesterday he told me that I should look into houses not just apartments. I told him I'm not living in a house by myself, he told me I need to look at all options

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BUT idk if he tryna rush because I told him we not living together unless we engaged/married. :yikes1:What y'all think??
don't do it
reconsider
read some liter
ture on the subject
 
I think this nigga planning to propose. He's been bringing up marriage a lot lately. Telling me there's not a rule on how long you should date before marriage. He's mentioned that he's prayed and know I'm his wife. He keeps telling me how our families should do something together for my graduation next May :think2:

I've been browsing diff areas in Atlanta lately to get a feel where I wanna move next summer, yesterday he told me that I should look into houses not just apartments. I told him I'm not living in a house by myself, he told me I need to look at all options

giphy.gif


BUT idk if he tryna rush because I told him we not living together unless we engaged/married. :yikes1:What y'all think??
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Shits overrated .
 
Yea, you could say that, but the light doesn't come from the oceans like ap said lmao
The ocean is blue (as is pure water) because of selective absorption. Liquid water absorbs preferentially both short wavelength light (UV) and longer wavelength visible and infrared light. If you drop a light sensor that measures the amount of light at different wavelengths into the ocean or into a lake, what you find is that almost all of the UV (280-400nm) and infrared (heat) wavelengths are absorbed.

Of the visible light, the longest visible wavelengths are absorbed most (red-orange, 600-700nm), then the medium-length visible wavelengths (yellow-green, 500-600nm) and last the short visible wavelengths (blue-violet, 400-500nm). This explains why very pure water, without many particles, appears deep blue. It also explains why, as you descend with depth in the ocean and the light has to travel further and further though the water, light will weaken and appear more and more blue (you may notice this diving or when looking at underwater video or pictures).

Particles and dissolved substances, depending on their size and physical properties (including the type of molecular bonds), will scatter or absorb visible light at different wavelengths and actually change the color of the water. Tropical water, which has few particles and very little color-absorbing dissolved substances, appears deep blue.
 
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