Dependes on the volume of your barrel.
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Radius (r) = 8.5 / 12 = 0.7083333 . . . feet
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The volume of the well = pi * r * r * l = 2364.375 cubic feet
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Divide 2364.375 by your barrel volume in cubic feet, this = number of barrels.
To calculate the number of barrels of cement slurry needed to fill a 15-inch diameter well that is 1800 feet deep, first, we find the volume of the well. The volume (V) can be calculated using the formula for the volume of a cylinder: V = πr²h, where r is the radius (7.5 inches or 0.625 feet) and h is the height (1800 feet). This results in a volume of approximately 7,068 cubic feet. Since a standard barrel of cement slurry is about 5.61 cubic feet, you would need around 1,260 barrels to fill the well.
To calculate the volume of cement slurry needed to fill a 15-inch diameter well that is 1800 feet deep, first determine the volume of the well using the formula for the volume of a cylinder: ( V = \pi r^2 h ). The radius (r) is 7.5 inches (or 0.625 feet), and the height (h) is 1800 feet. The volume calculates to approximately 8,413 cubic feet, which converts to about 63,000 barrels of cement slurry (using 1 barrel = 5.61 cubic feet).
The inches in a diameter = 2 X inches in the radius. Or, inches in a diameter = inches in circumference / pi
What is a "8 inch ball" ? Is 8 inches the diameter ? Then its diameter is 8 inches. Is 8 inches the radius ? Then its diameter is 16 inches. Is 8 inches the circumference ? Then its diameter is about 2.546 inches (rounded).
To find the number of barrels per inch in a tank, you first need to calculate the tank's volume in barrels. For a cylindrical tank with a diameter of 15 feet and a height of 16 feet, the volume can be calculated using the formula for the volume of a cylinder (V = πr²h). With a radius of 7.5 feet (half of the diameter), the volume works out to approximately 1,000 barrels for a full tank. Therefore, if the tank holds 1,000 barrels at full capacity, there would be about 62.83 barrels per inch of height (1,000 barrels divided by 16 feet, converted to inches).
To calculate the volume of cement slurry needed to fill a 12-inch diameter well that is 1400 feet deep, first determine the volume of the well in cubic feet. The formula for the volume of a cylinder is V = πr²h. The radius (r) is 6 inches (0.5 feet), and the height (h) is 1400 feet, resulting in a volume of approximately 1318.69 cubic feet. Converting this volume to barrels (1 barrel = 5.615 cubic feet) gives about 235 barrels of cement slurry required to fill the well.
To calculate the number of barrels of cement slurry needed to fill a 15-inch diameter well that is 1800 feet deep, first, we find the volume of the well. The volume (V) can be calculated using the formula for the volume of a cylinder: V = πr²h, where r is the radius (7.5 inches or 0.625 feet) and h is the height (1800 feet). This results in a volume of approximately 7,068 cubic feet. Since a standard barrel of cement slurry is about 5.61 cubic feet, you would need around 1,260 barrels to fill the well.
To calculate the volume of cement slurry needed to fill a 15-inch diameter well that is 1800 feet deep, first determine the volume of the well using the formula for the volume of a cylinder: ( V = \pi r^2 h ). The radius (r) is 7.5 inches (or 0.625 feet), and the height (h) is 1800 feet. The volume calculates to approximately 8,413 cubic feet, which converts to about 63,000 barrels of cement slurry (using 1 barrel = 5.61 cubic feet).
Circumference = pi * diameter = 3.141592654 * 8 = 25.133 inches So> 25.133 inches * 20 inches
The inches in a diameter = 2 X inches in the radius. Or, inches in a diameter = inches in circumference / pi
What is a "8 inch ball" ? Is 8 inches the diameter ? Then its diameter is 8 inches. Is 8 inches the radius ? Then its diameter is 16 inches. Is 8 inches the circumference ? Then its diameter is about 2.546 inches (rounded).
To find the number of barrels per inch in a tank, you first need to calculate the tank's volume in barrels. For a cylindrical tank with a diameter of 15 feet and a height of 16 feet, the volume can be calculated using the formula for the volume of a cylinder (V = πr²h). With a radius of 7.5 feet (half of the diameter), the volume works out to approximately 1,000 barrels for a full tank. Therefore, if the tank holds 1,000 barrels at full capacity, there would be about 62.83 barrels per inch of height (1,000 barrels divided by 16 feet, converted to inches).
the diameter would be 7 inches
The barrels by inch in a 100 barrel tank refers to the amount of oil the tank can hold per inch of liquid depth. To calculate this, divide 100 barrels by the tank's height in inches. For example, if the tank is 60 inches tall, the barrels by inch would be 1.67 barrels per inch (100 barrels / 60 inches).
Diameter = 117/pi inches
Twelve inches is a length. It can be a diameter, but if it is a diameter, you would simply say 'The circle is 12 inches diameter'. So; how big is it - it is 12 inches.
2 inches