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"Talking pish, as usual I see " That's not a mystery that's just normality. | |||
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"I’m hoping that none of the 50 need the other transaction too. " Now that's just another messier mystery. | |||
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"Surely it would depend on the osmolarity of the urine of all 50 people? " The what now? | |||
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"Surely it would depend on the osmolarity of the urine of all 50 people? " Good point , omoliraritoli is very important to the calculations. | |||
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"It will stay the same. And although the people will be lighter, they wont float any more as their density will remain roughly the same" How does that work, if I eat a big dinner then dive bomb the pool from the 2nd floor balcony I always make a bigger splash. Do you not know anything. | |||
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"D: Stay the same as water is constantly being pumped into the pool via the filtration system and goes out via the overflows. So as long as the pumps are running the water level will stay the same no matter how many people get in or out, or how many people pee in the pool or splash water onto the pool sides " Aye OK Albert fuckin Einstein. You killed my thread and my life long mystery. | |||
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"D: Stay the same as water is constantly being pumped into the pool via the filtration system and goes out via the overflows. So as long as the pumps are running the water level will stay the same no matter how many people get in or out, or how many people pee in the pool or splash water onto the pool sides Aye OK Albert fuckin Einstein. You killed my thread and my life long mystery. " And B was stays the same anyway. # blows a big raspberry and sticks a pin in it | |||
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"But what colour would it be?" the raspberry the pin or the pool ? | |||
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"D: Stay the same as water is constantly being pumped into the pool via the filtration system and goes out via the overflows. So as long as the pumps are running the water level will stay the same no matter how many people get in or out, or how many people pee in the pool or splash water onto the pool sides Aye OK Albert fuckin Einstein. You killed my thread and my life long mystery. " You're welcome | |||
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"Brilliant, but a nuisance because I have more important things to think about! In the stated form, the question is hard to think about, so I’ll simplify it. An open container of pure water is floating on a constricted open volume of pure water. Like an open water bottle floating in a bath. Pour one kilo of water from the bottle into the bath. The WEIGHT of the bottle decreases by one kilo, and the WEIGHT of the bath water is increased by one kilo. Since the (pure) water in the bottle has the same density as the (pure) water in the bath, the unit volume is the same in both containers. The volume of the bottle partially immersed in the bath is equal to the volume of the bath water displaced. If the kilo of water is poured down the loo, the lightened bottle will displace less bath water – it will float higher. So the level of the bath water will fall by the volume of lost water. Now pour another kilo of pure water into the bath. The water level rises. The depth is restored to the original level. So pouring water from the bottle to the bath doesn’t change the depth of water in the bath. What happens to the water level in the pool will depend on the number of floaters, and the relative density of their combined pee. The pee of people standing in the pool will increase its water level because the pool water isn’t supporting all of their weight. Another life mystery: You drink tea with milk and sugar from a cup. Is your cup of tea hotter if you pour the tea into the cup first, or if you put the milk and sugar in the first? " There's too much info there. Put it simply. | |||
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"It will stay the same. And although the people will be lighter, they wont float any more as their density will remain roughly the same How does that work, if I eat a big dinner then dive bomb the pool from the 2nd floor balcony I always make a bigger splash. Do you not know anything. " Apparently not it seems | |||
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