To calculate the volume of water in a pipe, you can use the formula for the volume of a cylinder: V = πr²h, where r is the radius and h is the height (length of the pipe). First, convert the diameter in millimeters to meters to find the radius in meters. For example, if the diameter is 100 mm, the radius is 0.05 m. Plug this into the formula with h as 2000 m, and then convert the volume from cubic meters to liters (1 cubic meter = 1000 liters) to get the final result.
The diameter of a water column can vary widely depending on the context in which it is measured. In scientific and engineering contexts, a water column often refers to a vertical column of water used to measure pressure, and its diameter can be defined by the specific apparatus used, such as a tube or well. For example, in a standard laboratory setting, a water column might have a diameter of a few centimeters. In larger applications, like water tanks or reservoirs, the diameter can range from meters to several meters wide.
Diameter is a length measurement. Cubic inches is a volume measurement. Diameter cannot be measured in or converted to cubic inches.
Not sure that either water or gasoline have litters, but 1.00 litres of water does have greater mass than 1.00 litres of gasoline.
The length and diameter of a hose significantly influence water flow rates. Longer hoses create more resistance due to friction, which can reduce flow pressure and speed. A wider diameter allows for greater water volume to pass through, increasing flow rates, while a narrower diameter restricts flow. Therefore, to maximize water flow, shorter hoses with larger diameters are preferred.
1.219197
The answer will depend on the units used for the diameter: 100 millimetres, centimetres or some other units.
A men's water polo ball has a diameter of .22 meters, while a women's ball is .21 meters wide.
that should be 1000, ther is 1000 millimerets in a litre wether it is cola or water
It is as long as necessary. It can be any length. The diameter has to do with how big around it is, nothing to do with the length. Standard pipe length is 20 feet.
The diameter of a water column can vary widely depending on the context in which it is measured. In scientific and engineering contexts, a water column often refers to a vertical column of water used to measure pressure, and its diameter can be defined by the specific apparatus used, such as a tube or well. For example, in a standard laboratory setting, a water column might have a diameter of a few centimeters. In larger applications, like water tanks or reservoirs, the diameter can range from meters to several meters wide.
The volume of water a pipe can hold can be calculated using the formula for the volume of a cylinder: V = πr^2h, where r is the radius and h is the height (or length) of the cylinder. In this case, the radius is half of the diameter, so r = 30/2 = 15 meters. Assuming the pipe is 1 meter long, the volume of water the pipe can hold is: V = π(15)^2(1) ≈ 706.86 cubic meters.
Diameter is a length measurement. Cubic inches is a volume measurement. Diameter cannot be measured in or converted to cubic inches.
Not sure that either water or gasoline have litters, but 1.00 litres of water does have greater mass than 1.00 litres of gasoline.
Meters.
The length and diameter of a hose significantly influence water flow rates. Longer hoses create more resistance due to friction, which can reduce flow pressure and speed. A wider diameter allows for greater water volume to pass through, increasing flow rates, while a narrower diameter restricts flow. Therefore, to maximize water flow, shorter hoses with larger diameters are preferred.
44,912.4 gallons of water per 4,300 feet.
The diameter is about 0.29 nm. The atomic diameter can be determined from interpolation of the effective ionic radii of the isoelectronic ions (from crystal data) of O2- (2.80 Å), OH- (2.74 Å) and H3O+ (2.76 Å). Coincidentally, this diameter is similar to the length of a hydrogen bond. The water molecule (bond length 0.96 Å) is smaller than ammonia (bond length 1.01 Å) or methane (bond length 1.09 Å), with only H2 (bond length 0.74 Å) and HF (bond length 0.92 Å) being smaller molecules. Answer from Esteban Broitman, September 7 2008.