It's called a bore evacuator, and its function is to prevent gasses created from the firing of rounds from getting into the turret.
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).
Gatling gun
To calculate the number of barrels in a 400 barrel oil tank per inch, you would need to divide the total capacity of the tank (400 barrels) by the height of the tank in inches. For example, if the tank is 100 inches tall, there would be 4 barrels per inch (400 barrels / 100 inches = 4 barrels per inch).
To determine how many barrels per foot are in a 700-barrel tank, you need to know the height of the tank in feet. For example, if the tank is 10 feet tall, you would divide 700 barrels by 10 feet, resulting in 70 barrels per foot. Adjust the calculation based on the actual height of the tank to find the barrels per foot.
In a 100-barrel oil tank, there are 100 barrels of oil distributed throughout the tank's height. To determine the number of barrels per inch, you would need to know the total height of the tank in inches. Once you have that measurement, you can divide 100 barrels by the total height in inches to find the number of barrels per inch.
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 barrels per inch for each tank, you can use the formula: barrels per inch = (tank volume in barrels) / (tank height in inches). For the 16' x 22' tank (1000 bbl), the height is typically around 10 feet (120 inches), resulting in approximately 8.33 barrels per inch. For the 14'6" x 21'6" tank (950 bbl), with a similar height assumption of around 10 feet, it yields about 7.92 barrels per inch.
To determine the number of barrels per inch in a tank, you would multiply the total number of barrels by the tank's dimensions. In this case, the tank has a capacity of 210 barrels and dimensions of 15x10 inches. Multiplying 15 by 10 gives you 150 square inches. Dividing the total number of barrels (210) by the tank's total square inches (150) gives you 1.4 barrels per square inch.
To calculate the number of barrels of oil per inch in a 436 bbl tank, you would divide the total number of barrels by the tank's height in inches. If the tank's height is not provided, you will need that information to determine the answer.
I don't know the height of the tank. If the tank is 20 ft high, then there is a volume of 25 barrels per ft.
Well, isn't that a happy little question! To find out how many barrels per foot in a 1000 barrel, 16-foot tank, you simply divide the total number of barrels by the number of feet. So, 1000 barrels divided by 16 feet equals 62.5 barrels per foot. Just remember, there are no mistakes, only happy little accidents in math!
The original Gatling gun had six to ten barrels which rotated and fired independently. This was one of the earliest machine guns made.