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Calculate how much water weighs given a certain volume with the assistance of this free online water weight calculator.
You can determine the weight of the water by taking into account its density. The density of water at room temperature is about 1 kilogram per litre (kg/L) at 39.2°C or 0.99802 g/ml at 21°C. If you know the density and volume of the water, then you can calculate the mass of the water with the help of the following formula:
Density = Mass/Volume
or
Mass = Density * Volume
The weight of the wt water varies directly with the changing temperature. At high temperature, water weighs less because it becomes less dense. This is because the quantity of the oxygen in the water decreases due to chemical reactions taking place at higher temperatures. Due to this lack of oxygen gas, the weight is reduced enough.
On the other hand, at low temperature, the quantity of dissolved oxygen increases enough. Due to this excess of oxygen, the density of the water will become higher enough which makes it weigh more.
For this reason, the weight of the water changes every time as the temperature is not always static. This is why it is very difficult to measure the mass every single minute. But do not worry at all as our best water weight calculator will instantly determine the weight. All you need to do is to fetch the temperature and you will get to know how much specific quantity of the water weighs that you are having.
Below here we have arranged a table that contains the density of water at different temperatures:
Temperature
( °F / °C ) |
Density
( grams per cm3 ) |
32° / 0° | 0.99987 g/cm3 |
39.2°/4.0° | 1.00000 g/cm3 |
40°/4.4° | 0.99999 g/cm3 |
50°/10° | 0.99975 g/cm3 |
60°/15.6° | 0.99907 g/cm3 |
70°/21° | 0.99802 g/cm3 |
80°/26.7° | 0.99669 g/cm3 |
90°/32.2° | 0.99510 g/cm3 |
100°/37.8° | 0.99318 g/cm3 |
120°/48.9° | 0.98870 g/cm3 |
140°/60° | 0.98338 g/cm3 |
160°/71.1° | 0.97729 g/cm3 |
180°/82.2° | 0.97056 g/cm3 |
200°/93.3° | 0.96333 g/cm3 |
212°/100° | 0.95865 g/cm3 |
You can also go for instant verification of all above mentioned values by commencing to our free water weight calculator.
The table below demonstrates that how temperature affects the mass of the water contained in different gallon sizes:
Temperature
( °F / °C ) |
Weight of One Gallon of Water | Weight of Five Gallons of Water |
32° / 0° | 8.34432 lbs | 41.721598 lbs |
39.2°/4.0° | 8.345404 lbs | 41.72702 lbs |
40°/4.4° | 8.345321 lbs | 41.726605 lbs |
50°/10° | 8.343318 lbs | 41.71659 lbs |
60°/15.6° | 8.337643 lbs | 41.688215 lbs |
70°/21° | 8.328881 lbs | 41.64405 lbs |
80°/26.7° | 8.317781 lbs | 41.588905 lbs |
90°/32.2° | 8.304512 lbs | 41.52256 lbs |
100°/37.8° | 8.288489 lbs | 41.442445 lbs |
According to the US metric system, a normal standard sized gallon of water contains about 8.34 pounds of water. No doubt that increasing the number of gallons will also increase the mass of the water. Let us have a look of specific number of gallons that contain certain mass of water that could be determined by the assistance of our best water weight calculator and are as follows:
Number of Gallons | Water weight in pounds |
6 | 50.04 |
2.5 | 20.85 |
8 | 66.72 |
125 | 1042.5 |
3 | 25.02 |
1000 | 8340 |
90 | 750.6 |
12 | 100.08 |
600 | 5004 |
3 | 25.02 |
37 | 308.58 |
120 | 1000.8 |
5 | 41.7 |
1 | 8.34 |
10 | 83.4 |
20 | 166.8 |
50 | 417 |
300 | 2502 |
250 | 2085 |
500 | 4170 |
70 | 583.8 |
32 | 266.88 |
210 | 1751.4 |
3000 | 25020 |
1500 | 12510 |
200 | 1668 |
110 | 917.4 |
If you have more gallons or a gallon that contains more than 8.34 pounds of water, you can instantly measure how much your gallon contains water by using this mass of water calculator.
One liter of water approximately weighs about 2.21 pounds. Moreover, the table be is arranged to let you know how heavy a certain volume of water is. Let’s have a look!
Quantity in liters | Water weight in ponds |
2 | 4.42 |
5 | 11.05 |
1.5 | 3.315 |
10 | 22.1 |
15 | 33.15 |
6 | 13.26 |
20 | 44.2 |
If you are interested in determining the mass o the water, you need to keep following steps to do so:
Mass = Density * Volume
The free online water weight calculator also makes use of this formula to convert the water volume to weight.
Let us go for calculating the mass of water in the following examples:
Example # 01:
How much does a liter of water weigh at a temperature of 10 degree celsius?
Solution:
Here we have:
Density of water at 10°C is 0.99975 g/cm3. So we have:
Mass = Density * Volume
Mass = 0.99975 * 1
Mass = 0.99975 kg
Example # 02:
How much does 275 gallons of water weigh?
Solution:
As we know that one single gallon of water weighs about 2.21 pounds, so we have:
275 gallons = 275 * 2.21
275 gallons = 607.75kg
Here our free calculator also displays weight conversions in different other units as well.
Let this free weight of water calculator calculate the mass of the weight enclosed within a certain volume. Let us find how!
Input:
Output:
The free mass of water calculator determines:
Moreover you can also determine the molar mass of the water as well by using our free online molar mass calculator.
One cup of water contains about 236 grams or 0.520 282 186 95 Pounds that you could also check with the assistance of our best water weight calculator.
No, not at all! If you take the same volume of water and ice in a different but same container, water will weigh more. The reason is that the density of the ice is less than the water. When density is low, it will also weigh less. That is why ice floats on the surface of water.
Basically, snow is water. So the more the snow, the more the amount of water is. This snow weighs about 7 pounds per cubic feet. If snow is more wet, then the amount of water is about 20 pounds per cubic feet.
So far we discussed the water mass calculations that are very necessary if you are transporting distilled water, beverages, or any other forms of liquid that contain water. And this is where our best water weight calculator comes to help you to determine how much liquid is being transported. Beverage industries broadly use this calculator to keep a proper balance in quantity of water by mass in the beverages.
From the source of wikipedia: Water, Properties, On Earth, Effects on life