You need to know four different numbers: the length, width, average depth, and a multiplier that determines gallons. Here is the formula: Length X Width X Average Depth X Multiplier = Gallons Determine the Multiplier: Rectangle, square, or free-form pool:multiplier = 7.5. Round or Oval pool: multiplier = 5.9 Determine the Average Depth: To determine the average depth in a pool where the bottom slopes, measure the shallow end, the the deep end depth. Add them together and divide by two (2). Example: Shallow End = 2'. Deep End = 10' 2' + 10' = 12'; 12'/2 = 6' Average Depth
depth*area=volume volume/specific gravity=total tonnage
Well, first of all, you don't need to be given the height, width, volume, and length. If you're given any three of those numbers, you can calculate the fourth one. To answer the question: -- If the thickness of the box can be neglected, then the height is also the depth. -- If the thickness can't be neglected, then even with all that information, I still don't think you have enough yet to determine the interior depth.
Length x width x average depth*. Multiply result by 7.48 to determine volume in gallons.* 'average depth' is shallow end + deep end divided by two
approximaitly 30meter (98ft) and its diameter is 3 to 8 ft...
To determine the depth of the well, Gary should measure the angle of depression from his eyes to the bottom of the well. Using trigonometry, he can then calculate the depth of the well based on this angle and the known height of his eyes.
To determine the area of a not symmetrical pool and depth of it, as well as creating a CD, the serial number for sold goods
Testing Services. After the well has been drilled to its determined depth, evaluations are made to determine if the hole will produce a sufficient amount of oil and gas.
It is impossible to determine the depth if only the surface area is known.
The depth of the water table determines the depth at which a well must be drilled to extract groundwater. Wells must be drilled deeper than the water table to ensure a sustainable water supply. If the water table is shallow, the well can be drilled at a lesser depth, whereas a deeper water table will require a deeper well to access the water.
If that's where the water is. At that depth, it should be fairly good water, well filtered by the time it get to that depth.
You cannot. Area is a 2-dimentional concept and volume is 3-dimensional. Unless you know the depth (or average depth) you cannot determine the volume.
Knowing the depth of an aquifer before drilling a well is crucial to ensure that the well reaches the water source. It helps determine the optimal location and depth for the well to maximize water yield and quality. Additionally, understanding the aquifer's depth can prevent drilling into non-productive layers and help avoid unnecessary costs.
The current draw of a well pump can vary widely depending on the size and type of pump, as well as the depth and flow rate of the well. It is recommended to check the pump's specifications or consult with a professional to determine the exact amperage.
A depth gauge measures the depth of an object underwater by using water pressure to determine the distance from the surface. The principle behind it is that pressure increases with depth, allowing the gauge to calculate the depth based on the pressure readings it receives.
The depth of quicksand can vary greatly, from a few inches to several feet. It is difficult to determine the depth just by looking at the surface, as the sand can conceal deeper pockets of quicksand.
visual cliff