Check the neck of the faucet it is sometimes inscribe their on the back.
It depends on the frequency (and size) of the drops.
1000 litres per hour equates to 3.667 Imperial gallons per minute or 4.4 US gallons per minute.
Sure. No problem. It's a relatively fast leak, but it's only 2/3 of an ounce per minute.
This depends how fast you are running. If you know your average pace (how many meters per minute) while you are running, you can figure this out.
about 40
I'm pretty sure a gallon contains 1 gallon.
Zero, unless you needlessly leave the faucet running while you brush. In that case, it completely depends on the flow rate of your faucet.
around 1-1.5 gallon per minute
There are hundreds of gallons of water wasted every minute. Water is wasted by leaving the faucet running, taking long showers, and flushing toilets when unnecessary.
Well, considering that you don't turn on the water while you're brushing, and only turn it on to fill your cup, and rinse your toothbrush, I would say probably 1-2 gallons wasted. Of course, this is only an estimate, and I can't back this up with statistics and such, but I'm sure this is somewhere close to a definite answer. :)
The average kitchen faucet in a house will supply 2.5 -3 gallons per minute at 50 PSI. That is an average hose working pressure in north America. A large bath faucet will supply 3 + gpm and a single lever bathroom sink faucet will be about 2 gpm.
To know for certain, you'd need to measure your water flow from your faucet at the rate it was turned on, but if its a newer faucet, then if you have pretty good water pressure (60 psi), the faucet will only flow at 2.2 gallons per minute. Thus if you had the faucet fully open for seven hours you may have wasted as much as 92 gallons.
That is nearly 2 gallons an hour - time to fix that faucet
An average kitchen faucet uses approximately three to five gallons of water per minute. The average person uses around 50-gallons of water every day.Ê
Between a 500-gallon-per-minute pump and a 2,000-gallon-per-minute pump.
It depends on the frequency (and size) of the drops.
gallon per minute