Just take a look at any of the worlds oceans, the Atlantic Ocean is a good example of what a trillion gallons of water would look like.
There are like 326,000,000,000,000,000,000 gallons of water or 326 trillion gallons of water. About 70% of Earth is water.
Estimates vary, but each person uses about 80-100 gallons of water per day.
Yes. Unfortunately you would need to engineer a few trillion dollars worth of canals to get it here. Sounds a bit like what Percival Lowell thought was happening on Mars in the first half of last century.
We can't provide graphs on WikiAnswers. However, here is an answer to a similar question: It depends on your shower head and whether it has a flow restrictor in it and how long you shower. If your home was built before 1992, chances are your showerheads put out about five gallons of water per minute (gpm). Multiply this by the number of minutes you're in the shower, and the water adds up fast! An average bath requires 30-50 gallons of water. The average shower of four minutes with an old shower head uses 20 gallons of water. With a low-flow shower head, only 10 gallons of water is used. To test the amount of water used in a shower vs. a bath is to put the plug in the bath next time you take a shower (but not a stand-alone shower as you might spill over the lower shower wall). After you've showered, see how much the tub filled up. If there is less water than you would usually have in a bath, then you will probably save money by taking a shower instead of a bath.
Over 4000 liters world wide.Don't just stand in the shower just wash rinse then turn it OFF. Water is as pressures as gold or one day there will be NO water left at all world wide!So don't stand there!
There are like 326,000,000,000,000,000,000 gallons of water or 326 trillion gallons of water. About 70% of Earth is water.
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.
1,000,000,000,000 liters = 2.64172052 × 1011 US gallons You can do unit conversions like this in Google calculator, see the related link for an example.
A trillion is 1012. Thus, when written out as a number, would be 1,000,000,000,000.
250 milliliters = .0660430131 gallons. Whenever you have a conversion question like this, type it into Google to get an answer: just type "250 mL in gallons".
bone dry to FULL would take 49.45 gallons so almost 50 gallons. unless of course your sink was leaking while you were filling it like sometimes my does.
180 gallons of plain water weighs approximately 681.75 kilograms.
I think it might be a 3:1 ratio like water to rice but cornstarch so actually 30 gallons to 10 gallons of water
The volume of water in the Indian Ocean works out to be 17,543,940,979,332,434 gallons.
What do you think its Million Billion Trillion if there are billionaires and the us debut is like 14 trillion would that debut be over or not PS the us has more billionaires than any other country
how hot is the boiling water? That makes a big difference? (is that a homework question?) I'm just trying to apply logic here, bear in mind there may be some special properties that you may have to account for like the glass/plexiglas that the water is in will have to have its temp raised also. So here goes... Raising 500 gallons of water 20 degrees would seem to require a combined value of 10,000 degrees (500 gallons times 20 degrees). So first you need to know the temperature difference between the existing water and boiling. Then devide the resulting difference into the 10,000 degrees for your simplistic answer. However, it is a bit more complicated if the tank is full at 500 gallons because you have no room to add the boiling water. That is, it would roughly take 62 gallons of boiling water to raise 500 gallons of 50 degree water to 70 degrees and the tankwouyld obviously overflow. So if it was already full you would have had to remove 62 gallons first leaving 438 gallons and consequently reducing your degree needs to 8760 degrees which means if you add the 62 gallons of boiling water you would have ended up with 72.7 degree water. So, I'd reduce the capacity to 445 gallons and add 55 gallons of boiling water and you should be pretty close.
I have it right here in front of me. Unfortunately, in order to upload a googol digitsto the internet, even at the upload speed of 100 MB per second that I have here inmy house, would take 3.17 trillion trillion trillion trillion trillion trillion trillion years ...even after I finished typing them, and I have other work to do today.Notice that if you tried to download the number, it would take the same length of time,and you'd need a trillion trillion trillion trillion trillion trillion trillion Terabytes of availablehard-drive space to store it.Honest, I'd send it to you. But I was telling a little fib up above, where I said I have itright here in front of me. I don't. The truth is that so far, pi has only been calculatedto something like 6 trillion digits. A googol is something like 1.67 thousand trilliontrillion trillion trillion trillion trillion trillion times more than that. So you'll have to waita while, until the Japanese mathematicians and their supercomputers catch up withwhat you're asking for. Until then, save your pennies. It'll take them a serious-bigshipment for them to send it to you, even on DVDs.