To convert cubic feet of snow to gallons of water, you need to consider the density of snow. Snow typically has a density of about 10% of water, so you can multiply the cubic feet of snow by 0.1 to get the cubic feet of water, and then multiply by 7.48 to convert to gallons.
There are 1000 liters of water in one cubic meter.
A single piece of paper can hold a small amount of water, usually just a few drops. Paper is porous, so it can absorb water to some extent, but it will quickly become saturated and start to break down if too much water is added.
it decomposes into water & carbon dioxide :)
Break down products must be soluble in water in order to be excreted from the body through urine. Solubility in water allows for easy transport through the bloodstream and filtration by the kidneys.
Something like 326,000,000,000,000,000,000 gallons (326 million trillion gallons) of water (roughly 1,260,000,000,000,000,000,000 liters) can be found on our planet. This water is in a constant cycle -- it evaporates from the ocean, travels through the air, rains down on the land and then flows back to the ocean.
The River Thames at London discharges 2,324 cubic foot of water a second. This is approximately 14,475 Imperial Gallons a second (17,384 US Gallons). Further downstream, the rate is 876 cu.ft/sec at Oxford and 1,402 cu.ft/sec at Reading.
divide by 128 to get gallons
It when water goes into the rock and then the water freezes and break the rock
To convert cubic feet of snow to gallons of water, you need to consider the density of snow. Snow typically has a density of about 10% of water, so you can multiply the cubic feet of snow by 0.1 to get the cubic feet of water, and then multiply by 7.48 to convert to gallons.
The water will not ever break down. You will need to remove it.
No.
1-2 gallons of muriatic acid will break down the buffer solution(alkalinity in the water). Will then probably have to raise pH back up
Oh, dude, let me break it down for you. So, 6 gallons is actually greater than 22 liters. Yeah, I know, it sounds weird, but that's just how the conversion rates work. Like, don't stress about it too much, it's just some liquid measurements, you know?
It depends on the concentration of the bromine tablets. Typically, one bromine tablet treats around 500 gallons of water, so for 5 gallons you would need about 0.1 tablet if you break it down proportionally.
Oh, dude, let me break it down for you. So, 1 liter of water weighs about 1 kilogram because, you know, science and stuff. Therefore, if you have 12 liters of water, you've got yourself 12 kilograms of liquid goodness. It's like converting liters to kilograms is the easiest math problem since 1+1.
Wind and water