Zero. The reason: 1,000 gallons of water will not fit in that space.
the cylinder
First obtain the height of the cylinder. Height = 1077/area of the base (i.e H = 1077 divided by pie-radius-squared) Next get how much water does 1cm of height contain. Take 1077/height. Therefore, volume of rock = 1cm height's volume x 3
Can not be done without the 'Given' radius and height.
A round bath is a cylinder. The volume of a cylinder = area of the base x perpendicular height. Area of the base is πr2 (pi x radius x radius). The radius is half the diameter. The diameter is the width of the circular base. The perpendicular height will be the depth of the water, whether it's up to the top or up to where you have a bath.
The height of this quantity of water would be exactly that much!
the cylinder
volume = area * height = Pi * Radius^2 * height = Pi * 4 *1 = 12.6m^3 of water = 12600 L
In order to find the volume of the cylinder more information is required as to the actual dimensions of the cylinder. Volume is calculated by knowing the radius and height of the cylinder.
First obtain the height of the cylinder. Height = 1077/area of the base (i.e H = 1077 divided by pie-radius-squared) Next get how much water does 1cm of height contain. Take 1077/height. Therefore, volume of rock = 1cm height's volume x 3
Can not be done without the 'Given' radius and height.
A round bath is a cylinder. The volume of a cylinder = area of the base x perpendicular height. Area of the base is πr2 (pi x radius x radius). The radius is half the diameter. The diameter is the width of the circular base. The perpendicular height will be the depth of the water, whether it's up to the top or up to where you have a bath.
Volume of a cylinder = pi*radius2*height Volume = 5301.437603 or 5301.438 cubic inches to 3 d.p.
Water pressure works based on the difference of altitudes or height. The height of the tank determines the amount of pressure that the water supply will have.
Calculate volume of entire cylinder, then divide answer by 2.
A cone that has a radius of 8 centimeters and a height of 10 centimeters can hold: 670.2 cubic cm of water.
simple, you increase the height of the storage tank thus increasing the water head pressure to the cylinder or install a continuous rated pump (but not recommend) for best results change the cylinder to an unvented (output: potentially 22ltrs at 3 bar) :o)
Depends on how accurate you need to be. The volume of a cylinder is Pi x the square of the radius time the height, but in the case the height is very small and the faces aren't flat due to the minted design. A better option would be to submerge it and see how much water it displaces