Volume

946.352946 milliliters

A cc (cubic centimeter) and a mL (milliliter) are equal to each other in terms of volume.

There are 1,000 liters in one kiloliter.

It depends on the fluid and its viscosity. The number ranges from 500 - 600 for water but there is a wide range of numbers possible:.

Water is a relatively viscous fluid (i.e. a thick and sticky fluid) compared to light spirits so three will be fewer drops of water in a fluid ounce than if the fluid was a spirit.

Compare water with a thick heavy oil. A droplet of oil will tend to be much larger than a water droplet so the number of drops may be far fewer. 600 drops will be present in one ounce.

To find the diameter of a ball with a volume of 100 cubic centimeters, use the formula V = (4/3) * pi * (r^3) where V is the volume and r is the radius of the ball. Solve for r, then double it to get the diameter.

Take a pint bottle and count how many level teaspons of water it takes you to fill it. Then divide 567 (the number of mls in a pint) by the number of teaspoons it took to fill the bottle.That's your answer.

About 25.361 US fluid ounces.

Depends on the temperature of the water.

If it is 32 degree water and you want 32 degree ice then you need a -144 BTU loss to change state from liquid to solid.

It takes 1 BTU to raise the temperature of 1 pound of water 1 degree (F).

If the water is 82 degrees then you would need a -50 BTU loss (+) 144 BTU to change state.

TOTAL WEIGHT OF WATER (X) 1 BTU (X) Degrees desired of change.

If it is ICE to WATER then it is the TEMP of ICE (X) .5 BTU (X) NUMBER OF DEGREES INCREASED = TOTAL BTU needs.

If you change state in the process you have to add 144 BTU for 32 degree ICE to 32 degree WATER and 970 BTU for 212 degree WATER to 212 degree STEAM but only when you change state.

Assuming you mean fluid ounces, this depends on which type of fluid ounce you're using. In the Imperial system that used to be used by the UK and Commonwealth, one fluid ounce was 28.4ml; in the USA system one fluid ounce was 29.6ml.

So in the old Imperial system one litre was 35.2 fluid ounces.

But in the old USA system one litre was 33.8 fluid ounces.

The great advantage of the modern system is that one litre is the same everywhere.

To calculate the volume of water in the tank, we first convert the dimensions to inches: 4 feet = 48 inches and 6 feet = 72 inches. Then, we calculate the volume of the tank (48 x 72 x 6 = 20,736 cubic inches). Since there are 231 cubic inches in a gallon, we divide the total cubic inches by 231 to find the total gallons in the tank, which is approximately 89.8 gallons.

The equivalent of one liter is 1000 milliliters.

One pound = 0.453592kg.

One Mole of H = 1g

0.453592kg of H = 453.592 mole of H According to the ideal gas law, one mole of gas will occupy 22.4 liters as stp. One pound of H will occupy 10,160.2608 liters, or 358.806 cubic feet. Be careful. Most applications of this calculation will deal with hydrogen gas, which has two hydrogen atoms per molecule at standard temperature and pressure. In such cases, divide the volume calculated above by two.

To convert the dimensions from 48x40x66 inches to cubic meters, first convert each dimension to meters by dividing by 39.37 (since 1 inch = 0.0254 meters). The dimensions become 1.2192m x 1.016m x 1.6764m. To find the volume in cubic meters, multiply the three dimensions together: 1.2192m x 1.016m x 1.6764m = 2.077 cubic meters.

1 gallon of water equals 5 pounds so 21 pounds of ice would equal 4 gallaons and 1 quart of water.

The above answer is incorrect, please read the following:

The maximum density of water occurs at 39.16 °F (3.98 °C). When water is cooled down to its solid form, ice. It expands to occupy 9% greater volume in this solid state, which accounts for the fact of ice floating on liquid water.

Water at its maximum density at 39 °F (4° C), weighs 8.3454 lb/gal. (US, liquid).

So the answer to the question:

21 divided by 8.3454 = 2.5164

So 21lbs of ice = @ 2 1/2 gallons of water at 39º F

Need average depth -- deep end in feet; shallow end in feet added together, divided by 2 = average depth. Then, L x W x Avg. Depth x 7.5 = approximately the total gallons in your pool.

K

11.82 ml

1 ounce = 29.57 ml

1 ml = 0.03 ounce

To find the radius of the sphere, we need to know that the volume of the rectangular block is equal to the volume of the sphere. The volume of the rectangular block is 49 x 44 x 18 = 38,808 cm³. Equating this to the volume of a sphere (4/3πr³), we can solve for the radius which comes out to be approximately 22.18 cm.

The pipe's volume is the product of its cross-sectional area and its length. The area of a circle is pi*(radius)^2, so in this case pi*9sq.in. or about 28.3 square inches. Multiply this area by the length of pipe you are using to obtain a volume.

A 10 foot length of 6 inch pipe will have 3393 cubic inches of volume or 1.96 cubic feet, or 14.7 US Gallons.

The rest of Europe uses metric measurements, but Britain has historically held out from converting as the public are seen as unwilling to accept any changes - the currency was only decimalised (changed from 12d to a shilling, 20s to a pound to 100p to a pound) in 1971, against much consumer pressure.

For this reason, fluids are sold in pints and distances are measured in miles. However, recent changes have put metric weight measures first for loose groceries (fruit and vegetables). Additionally, milk is now often sold in litres rather than pints. Petrol (gasoline) switched from gallons to litres in the 1980s with little complaints, and weather forecasts switched from F to C at around the same time. Wines and spirits are sold in metric quantities.

For all measures, the government now uses metric measurements for official purposes and children are only taught metric measurements at school.

However, people continue to prefer their speeds in MPH and their beer in pints and the government is reluctant to change this as it is (possibly wrongly) felt that it will open up wider questions to do with the British relationship to the European Union.