To calculate the pressure at 100 meters depth in water, you can use the formula: pressure (psi) = depth (meters) × 0.433 (psi per foot). At 100 meters, this equates to approximately 14.7 psi (atmospheric pressure) plus about 216 psi from the water, totaling around 230.7 psi. Therefore, you would need about 230.7 psi for a bell at that depth.
To convert meters to lineal meters, you need to know the dimensions of the timber. Lineal meters refer to the length of a piece of timber. If you know the width and depth of the timber, you can calculate the lineal meters by dividing the total meters by the sum of the width and depth. Alternatively, if the timber is in standard dimensions, you may need to provide that information for a more accurate calculation.
To calculate the amount of topsoil needed, you can use the formula: volume = area × depth. For 28 square meters at a depth of 2 inches (which is approximately 0.0508 meters), the volume would be 28 × 0.0508 = 1.4224 cubic meters. Therefore, you will need about 1.42 cubic meters of topsoil to cover 28 square meters at a depth of 2 inches.
To find the volume of topsoil needed, first convert the depth to meters (25 mm = 0.025 meters). Then calculate the volume by multiplying the area (7200 square meters) by the depth (0.025 meters). So, the total volume of topsoil needed would be 180 cubic meters.
You cannot directly convert square meters to cubic meters as they measure different things. Square meters measure area, while cubic meters measure volume. To convert square meters to cubic meters, you would need to know the height or depth of the area you are measuring. Then you would multiply the area in square meters by the height or depth in meters to get the volume in cubic meters.
1 foot = 0.3048 metersAccordingly:the answer is (20000 x 0.3048 x 0.3048) x (10 x 0.3048) = 1858.0608 x 3.048 cubic meter= 5663.3693 cubic meter
To determine how much hardcore you need to cover 11 meters, you'll first need to know the desired depth of the hardcore layer. Hardcore is typically measured in cubic meters, so you'll multiply the area (11 meters) by the depth in meters to calculate the volume required. For example, if you want a 0.1-meter depth, you would need 1.1 cubic meters of hardcore. Adjust the depth accordingly to get the right amount for your project.
To convert meters to lineal meters, you need to know the dimensions of the timber. Lineal meters refer to the length of a piece of timber. If you know the width and depth of the timber, you can calculate the lineal meters by dividing the total meters by the sum of the width and depth. Alternatively, if the timber is in standard dimensions, you may need to provide that information for a more accurate calculation.
To calculate the amount of topsoil needed, you can use the formula: volume = area × depth. For 28 square meters at a depth of 2 inches (which is approximately 0.0508 meters), the volume would be 28 × 0.0508 = 1.4224 cubic meters. Therefore, you will need about 1.42 cubic meters of topsoil to cover 28 square meters at a depth of 2 inches.
To experience a pressure of 2 ATM, you would need to dive to a depth of 20 meters (2 ATM = 1 ATM (surface) + 1 ATM (pressure at 10 meters depth)). At a depth of 100 meters, the pressure would be approximately 11 ATM (1 ATM at surface + 1 ATM for every 10 meters).
1 cubic meter of grave contains 50 square meters at 20mm depth (1000mm / 20mm = 50). 2860 / 50 = 57.2 So you need 57.2 cubic meters of gravel.
65 square meters times 0.01 meters (one centimeter) equals 0.65 cubic meters.
1 inch = 2.54 centimeters = 0.0254 meter2 inches = (2 x 0.0254) = 0.0508 meterVolume = (area) x (depth) = 1,400 x 0.0508 = 71.12cubic meters
You need 13 square meters.
To find the volume of topsoil needed, first convert the depth to meters (25 mm = 0.025 meters). Then calculate the volume by multiplying the area (7200 square meters) by the depth (0.025 meters). So, the total volume of topsoil needed would be 180 cubic meters.
For a 60cm depth of topsoil, you would need 0.6 cubic meters (or approximately 0.78 cubic yards) of topsoil. This calculation is based on the formula: Volume = Area × Depth.
To determine how many kilolitres of water would fill a 108-meter pool, we need to know the pool's width and depth. Assuming a standard depth of 2 meters and a width of, for example, 5 meters, the volume would be 108 m (length) × 5 m (width) × 2 m (depth) = 1,080 cubic meters. Since 1 kilolitre equals 1 cubic meter, the pool would hold 1,080 kilolitres of water. Adjust the width and depth to get the specific volume for different pool dimensions.
Bell have made many helicopters, we need a name or model #