37 days give or take 36 day and 23 hr.
Example: Algebra will show you how quickly the gallon will fill over time. Calculus will show you how quickly the gallon will fill over time while it is also being slowly drained.
To determine water pressure using the time it takes to fill a two-gallon bucket, you first measure the time it takes for the bucket to fill completely. Then, you can calculate the flow rate by dividing the volume of the bucket (two gallons) by the time taken (in minutes or seconds). A faster fill time indicates higher water pressure, while a slower fill time suggests lower pressure. This method provides a practical, though indirect, assessment of water pressure in a plumbing system.
Assuming you go all the way to empty each time, you would need to fill up 1.3 times.
Well, honey, it's simple math. Fill up the 9 gallon container, pour it into the 4 gallon container until it's full, leaving you with 5 gallons in the 9 gallon container. Then empty out the 4 gallon container, pour the remaining 5 gallons from the 9 gallon container into the 4 gallon container, and finally fill up the 9 gallon container again. Voila, you've got yourself 6 gallons of water!
Fill the 3 gal pail and pour into the 5 gal pail. Refill the 3 gal pail and pour two gallons of it into the 5 gallon pail - filling the 5 gallon pail and leaving 1 gallon in the 3 gallon pail. Dump out the 5 gallon pail and pour the remaining 1 gallon from the 3 gallon pail into the 5 gallon pail. Fill the 3 gallon pail one more time and pour that into the 5 gallon pail with the 1 gallon already in it and you have 4 gallons.
about 20 mins
1.5 hours
Example: Algebra will show you how quickly the gallon will fill over time. Calculus will show you how quickly the gallon will fill over time while it is also being slowly drained.
Fill a gallon bucket, timing how long it takes to do so. Then fill your hot tub using the same source... example: if you filled the bucket with a hose, then fill the tub using the same hose. Then time how long it takes to fill the tub and divide the time it takes to fill the tub by the time it takes to fill the bucket and then you know how many gallons it is.
Fill the 3G can. Pour the contents into the 7G can. Fill the 3G can again. Pour the contents into the 7G can. Fill the 3G can a third time. Pour the contents into the 7G can until it is full. (The 3G can now has 2G remaining.) Empty the 7G can and pour the 2G into it. Fill the 3G can a fourth time. You now have a total of 5G in the two cans.
Prices of gasoline vary from time to time and place to place. Some sort of average was $2 per gallon
About ten and four minutes
Assuming you go all the way to empty each time, you would need to fill up 1.3 times.
Well, honey, it's simple math. Fill up the 9 gallon container, pour it into the 4 gallon container until it's full, leaving you with 5 gallons in the 9 gallon container. Then empty out the 4 gallon container, pour the remaining 5 gallons from the 9 gallon container into the 4 gallon container, and finally fill up the 9 gallon container again. Voila, you've got yourself 6 gallons of water!
The next time you fill up record the mileage. The next time after that record the mileage and the gallons it took to fill up. Then divide the mileage by the gallons and the answer will be the miles per gallon of that vehicle.
The US average in 1938 was 20 cents per gallon; very expensive for that time. That would be about $3.33 per gallon in today's dollars (2014).
The US average in 1936 was 19 cents per gallon which was very expensive at that time. That would be about $3.21 per gallon in today's dollars (2014).