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    A cylindrical tank with a radius of 12 feet and a height of 30 feet can hold an incredible amount of water. Calculating the volume capacity of such a tank is relatively simple, as it involves finding the area of the curved side wall and multiplying it by its length. To find the area, one must use basic geometry: pi times radius squared multiplied by two. This gives us an answer of 4524 square feet. Multiplying this answer by 30 (the tank’s height) yields 135820 cubic feet or approximately 473,050 gallons—an impressive amount for one tank! With proper maintenance and upkeep, this volume should serve many purposes, from agricultural to industrial applications.


    Have you ever thought about how much water can a cylindrical tank with a radius of 12 feet and a height of 30 feet?

    Well, it’s an important question to consider if you’re looking for a water tank for your home. Whether it’s for storing water for drinking, bathing, or gardening, it’s important to know exactly how much water can be stored in a cylindrical tank before making a purchase.

    So, let’s do the math! To calculate the volume of a cylinder with a radius of 12 feet and a height of 30 feet, we can use the formula “volume = pi x r2 x h” (where pi = 3.14, r = the radius and h = the height). Plugging in the numbers, the volume of the cylinder comes to 11,688.4 cubic feet.

    But what does that mean for the amount of water stored in the tank? Well, 1 cubic foot of water is equal to 7.48 gallons, so the total amount of water that can be held by the cylindrical tank is 11,688.4 x 7.48 = 87,059.12 gallons.

    That’s an impressive amount of water for a single cylindrical tank! It’s like having an underground lake in your backyard.

    Just remember that the amount of water the tank can hold depends on its size and shape. If you’re looking for a different size and shape tank, you can use the formula provided above to work out the volume and see how much water it can hold.

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