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Chinese property market prolapsing - diagram included
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2022-08-15 at 3:06 PM UTC
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2022-08-15 at 3:22 PM UTC
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2022-08-15 at 3:24 PM UTC
Originally posted by Speedy Parker I don't care I have my own water which is unaffected by whatever happens to lake mead
your water supply relies on the energy generated by water supply from other draught-prone sources.
memorize this line and dont just think but ponder about it deeply tonite before you go to bed. -
2022-08-15 at 3:25 PM UTC
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2022-08-15 at 4:12 PM UTC
Originally posted by vindicktive vinny your water supply relies on the energy generated by water supply from other draught-prone sources.
memorize this line and dont just think but ponder about it deeply tonite before you go to bed.
Wrong, my pump is run by solar and wind. Both of which are in ample supply in this valley.
Solar and wind, memorize this line and dont just think but ponder about it deeply tonite before you go to bed with no electricity. -
2022-08-15 at 4:55 PM UTCAll the rainwater on Earth is polluted with PFAS.
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2022-08-15 at 5:14 PM UTC
Originally posted by Speedy Parker Wrong, my pump is run by solar and wind. Both of which are in ample supply in this valley.
Solar and wind, memorize this line and dont just think but ponder about it deeply tonite before you go to bed with no electricity.
please state in Watt how much electrical energy are required to transport a gallon of water 800 feets -
2022-08-15 at 5:14 PM UTC
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2022-08-16 at 2:49 PM UTC
Originally posted by vindicktive vinny
please state in Watt how much electrical energy are required to transport a gallon of water 800 feets
A typical water pump's wattage can vary between 250 watts to 1,100 watts. Take the wattage of the specific water pump and multiply it times how many hours a day it runs. Then, multiply it by how many days a year it runs, and divide by 1000. This will give the amount of kilowatt-hours the pump is using.
Your question it too broad...as many factors are required, standard water pressure, is the 800ft, vertical, angled, horizontal, on an incline etc etc -
2022-08-16 at 8:22 PM UTC
Originally posted by vindicktive vinny
please state in Watt how much electrical energy are required to transport a gallon of water 800 feets
1 gallon of water weighs 8.345 lbs.
800 foot * 8.345 lbs = 6676 ft.lbs
1 ft.lb = 0.000376616 watt hours.
6676 * 0.000376616 = 2.514288416 watt hours
0.0025kw/h
Check my math cos that seems like a scary small amount of electricity. Of course we are assuming perfect efficiency.The following users say it would be alright if the author of this post didn't die in a fire! -
2022-08-16 at 8:24 PM UTCYou don't need a lot of power...just an initial "bump".
Siphoning takes 0 watts once it gets going.
Vinny knows this...all those rice paddies in China are irrigated using the power of gravity. -
2022-08-16 at 8:27 PM UTCI just noticed vinny said transport 800 feets. He didn't say 800 feets vertically upwards against gravity, which is what I read it as.
There is no answer to his question, since you don't need energy to transport water downhill.
But if you think about the amount of energy it takes, it explains why hydro plants need such massive flows of water to generate appreciable electricity. -
2022-08-16 at 10:31 PM UTC
Originally posted by Jiggaboo_Johnson A typical water pump's wattage can vary between 250 watts to 1,100 watts. Take the wattage of the specific water pump and multiply it times how many hours a day it runs. Then, multiply it by how many days a year it runs, and divide by 1000. This will give the amount of kilowatt-hours the pump is using.
Your question it too broad…as many factors are required, standard water pressure, is the 800ft, vertical, angled, horizontal, on an incline etc etc
the englishman demonstrate his failure @ english again and again. -
2022-08-16 at 10:36 PM UTC
Originally posted by Donald Trump I just noticed vinny said transport 800 feets. He didn't say 800 feets vertically upwards against gravity, which is what I read it as.
There is no answer to his question, since you don't need energy to transport water downhill.
But if you think about the amount of energy it takes, it explains why hydro plants need such massive flows of water to generate appreciable electricity.
yeah, i missed out the word 'up'.
in the context of this thread as johnson boy would say, it was in response to shlomo parkers 800' deep well and his "ingenuinity" to deploy solar and wind power to pump these well waters.
i just want him to admit wind and solar dont provide enough energy to pump all the waters he need daily. -
2022-08-16 at 10:37 PM UTC
Originally posted by Donald Trump 1 gallon of water weighs 8.345 lbs.
800 foot * 8.345 lbs = 6676 ft.lbs
1 ft.lb = 0.000376616 watt hours.
6676 * 0.000376616 = 2.514288416 watt hours
0.0025kw/h
Check my math cos that seems like a scary small amount of electricity. Of course we are assuming perfect efficiency.
thanked for effort. i think it should involve 9.81 if theyre going up.
vertically. -
2022-08-17 at 3:08 PM UTC
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2022-08-17 at 3:09 PM UTCbtw...you can build a hydro powered pump...no electricity required.
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2022-08-17 at 3:12 PM UTCFrom my home town, a famous water pump
Brindley's solution was to use the river Irwell to provide power to pump water from the bottom of the shaft. Wet Earth Colliery was located close to the south bank of the river and upstream, by the hamlet of Ringley Fold; the river begins a loop nearly half-a-mile wide.
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2022-08-17 at 3:18 PM UTC
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2022-08-17 at 3:25 PM UTC^ Failed at backpeddling
