Volume

There are 60 minutes in an hour, so in a day, that would be 60 minutes/hour * 24 hours/day = 1440 quarts per day. In a week, that would be 1440 quarts/day * 7 days/week = 10,080 quarts. To convert to gallons, divide by 4 since 1 gallon is equivalent to 4 quarts. So, 10,080 quarts is equal to 10,080 quarts / 4 quarts/gallon = 2520 gallons per week.

The 1989 Mazda 626 has a fuel tank capacity of approximately 15.9 gallons.

That depends on the type material you are referring to. Also, these are two different types of measurements. One is volume the other is weight or mass. Please edit your question to include more context or details.

Gallons and square miles can't be compared; a gallon is a measure of volume, whereas a square mile is a measure of area. But let's try to make sense of the apparently nonsense question. What if the question poster had asked, "How many gallons are there in a one-square-mile puddle of water that is a quarter of an inch deep?" That calculation is non-trivial and may yield an answer that is surprising. Here are some units and conversions that may be helpful: 1 square mile = 27878400 square feet
1 inch = 0.083333 foot
1 cubic foot = 1728 cubic inches
1 gallon = 231 cubic inches
If you did the arithmetic right, that rather large puddle contains 4,344,685.7 gallons of water. (The proof is left to the reader.)

Given that, something fills at a rate of 5 ounces every 100 seconds. We need to find the number of gallons filled in 1 hour. We know that 1 hour = 3600 seconds. For every 100 seconds it fills 5 ounces. For 3600 seconds it fills 3600 (5/100) ounces = 3600/20 = 360/2 ounces = 180 ounces. We need to find the number of gallons filled in 1 hour. 1 US fluid ounce = 0.0078125 US gallons 180 ounces = 180 * 0.0078125 US gallons = 1.40625 1.40625 gallons will be filled in 1 hour.

About 240 gallons.

The short US ton has 907,1847 kg; the density of water is 1 g/cm3. So the short ton is equal to 907,1847 L.

The US gallon has 3,785 411 784 L, so 1 ton is equal (as mass) to 239,65 US gallons of water.

The 2002 Pontiac Grand Prix with a 3.5 liter engine typically requires about 9-10 quarts of transmission fluid for a complete fluid change. It's recommended to check the owner's manual or consult a professional to determine the exact amount needed.

A 1997 Ford Escort typically requires around 4.5 quarts of oil for an oil change. It's always best to consult the owner's manual or check with a mechanic to ensure you have the correct amount of oil for your specific vehicle.

To prevent gallon and three-gallon potted trees from falling over in a nursery, use sturdy and appropriately sized pots with good drainage holes. Stabilize the trees by placing rocks or heavy material at the base of the pots. Additionally, consider staking the trees for extra support, especially if they are top-heavy or in an area prone to strong winds.

The density of seawater varies from 1020 to 1029 kg/cubic meter, with 1027 kg/cubic meter being cited most often for water at the ocean's surface. There are 1,000 liters per cubic meter, so the density of seawater can also be expressed as 1.027 kg/liter (for surface seawater). Thus 1 liter of seawater will weigh 1.027 kg.

Kilograms are a measurement of mass (approximately weight) and litres are a measurement of volume. Therefore, there is no single conversion between the two - the relationship is dependent upon the density of the liquid or solid you are asking about, or the pressure of the gas.

Which fuel? Buddhatron: I think its weighs 8.66 gallons

Approximately 56 pounds per cubic foot for a dry formulation such as MAP (monoammonium phosphate).

Corona Extra 12oz. Bottle Dimensions 2013 (+/- 1/32in.)

Height: 9 1/2 in.

Diameter at Widest Point (exterior): 2 7/16 in.

Glass Thickness at Printed Logo : 1/16 in.

Diameter at Narrowest Point (interior): 11/16 in.

The weight would depend on the density of the liquid, as liter is a measure of volume.

A liter of water weighs about 1 kg (2.2 pounds).

A liter of mercury weighs about 13.5 kg (30 pounds).

A 50 mL beaker or Erlenmeyer flask would be suitable for holding 50 ml of boiling water in a laboratory setting. Both of these glassware items are typically heat-resistant and designed to withstand the high temperatures involved with boiling water. It's important to use caution and appropriate safety measures when handling hot liquids in the lab.

Hard to say, it depends on temperature, pressure, purity of water, etc.

1 gal of water is 0.13368 of a cubic foot at room temperature. it will expand 1603:1 also at sea level

The steam to water volume ratio depends on which reference temperature one selects for the water and the ambient pressure.

http://www.eas.asu.edu/~holbert/eee463/SteamTable.pdf

One Gallon of water produces 223 cubic feet of steam.

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Using the ideal gas law and making certain assumptions we can find the approximate volume of 1 gallon of liquid H2O vaporizing.

1 Gallon of water is approximately 3.78541178L using the density of water, approximately 1,000kg/L, we find that the gallon of water has a mass of 3,785,411.78g. Using the molecular weight of water, we find that 1 gallon of water has 210,122mol.

Using the ideal gas law V=nRT/P

n=moles of water (210,122.28397227mol)

r=constant (8.314472PaL/Kmol)

T=temperature (373.15K)

P=Pressure (101,325Pa)

The assumptions here are that water is boiling at exactly 373.15 degrees and that you are at a pressure of 1 ATM or 101,325Pa. For instance, at high altitudes, pressure drops therefore boiling point drops and these assumptions would no longer give an accurate estimate.

If you plug the values into the equation you will find that you now have 6,433.89 L of steam or 1,699.65 gallons. Therefore we can assume that water expands 1700x under certain conditions. Hope this was helpful.

And FYI please don't use Cubic feet, or gallons, or yards, or feet, or inches, or leagues, or miles, or pounds, or pounds per square inch.

New Author:

I would just like to say... to who ever wrote this answer. one liter of water is not 1000 kg. density is 1kg/L or 1 gram per mL.... one gallon does not make 1700 gallons of steam, that is crazy and wrong

There are three teaspoons to one tablespoon.
1 tablespoon = 3 teaspoons. To convert a value in tablespoons to teaspoons, multiply by 3.

There are 128 ounces in 1 gallon. There are 4 quarts in a gallon. Divide 128 by 4 and you get 32. So there are are 32 ounces in 1 quart. Multiply 32 ounces by 2 quarts and you get 64 ounces in 2 quarts total.

The largest volume a graduated cylinder can typically measure is around 2,000 milliliters or 2 liters. Some specialized graduated cylinders may have larger capacities, but this is the general range for most laboratory-grade cylinders.

There are 42 gallons (1 U.S. gallon = 3.78 liters) in a barrel (i.e., 1 barrel of oil = 159 liters). When converting to oil to Metric Tonnes (MT), there is around 7.3 BBL per MT, and 304 Gallons per MT.

Originally there were 40 gallons to a barrel. However, that was changed in the mid-19th century to give a little extra so consumers wouldn't feel "cheated."

According to the U.S. Energy Information Administration, 1 "BBL" of crude oil makes about 17 gallons of gasoline, 12 gallons of gasoil, 7 gallons of jet fuel or kerosene, while lubricants, light naphtha and asphalt makes up the rest. This ratio depends on the crude type and varies a lot.

The easy way to remember the number of gallons in a barrel of oil: There are 7 letters in gallons and 6 letters in barrel. 7X6=42 gallons.

42 US gallons.

ALL OIL PRODUCTS ARE +/- 5 PERCENT, ALSO THE BARREL!!