The coverage area of 5 cubic feet of pea gravel will depend on the thickness at which it is spread. To determine this, you will need to know the desired depth of the pea gravel. You can calculate the square footage coverage by dividing the volume of the gravel (5 cubic feet) by the desired depth in feet.
1000 cubic centimetres = 1 litre so 1500 cc = 1500/1000 = 1.5 litres
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!
To calculate the volume of water in a rectangular swimming pool, you would use the formula: volume = length x width x depth. Assuming a standard depth of around 4 feet, the volume of water in a swimming pool that is 32 feet long and 9 feet wide would be approximately 1,152 cubic feet. This is equivalent to around 8,624 gallons or 32,604 liters of water.
100 gallons = 13.37 cubic feet.
Two atmospheres is 67.8 feet of water.
660 feet
10 atmospheres is about 340 feet of water depth.
This value is 1,315 789 atmospheres.
This value is 1,315 789 atmospheres.
Those are incompatible (non-convertable) units: Feet is a measure of length, atmospheres is a measure of pressure.
To convert feet to atmospheres, we first need to convert feet to meters (1 foot is approximately 0.3048 meters). Therefore, 6.6 feet is about 2.012 meters. The pressure at sea level is approximately 101.3 kPa, which is equivalent to 1 atmosphere. Given that 2.012 meters of water exerts about 0.2 atmospheres of pressure, 6.6 feet is approximately 0.2 atmospheres.
1000 square feet/9 = 111.1 square yards of concrete 6 inches thick. This is the same as 111.1/4.5 = 24.7 cubic yards of concrete.
1000 meters = 3,280.8399 feet.
1000 meters = 3,280.84 feet
You'd have to calculate the mass of water that is above the diver. One atmosphere is approximately 1 kilogram of weight on 1 square centimeter (To be precise: 1 ATM=101,325 Pascal=101,325 N/m^2, 1 and 9.81 N is the gravity on 1 kilogram, and 1 m^2 is 10,000 cm^2, so 1 ATM is the force by 1.03287 kg of water) On 132 feet, or 40.26 metres depth there is a column of 1cm x 1cm x 4026 cm of water above every square centimeter of the diver, which is 4026 cm^3=4026 mL. This 4026 mL of water is 4.026 kg (if we are talking about pure water of 4 degrees C, or 39,2 degrees Fahrenheit), so that's 4.026 kg on every cm^2, or about 4.026 atmosphere, or 3.897877 with the more precise value of one atmosphere. This differs a little of course in seawater, which is heavier because of the salt in it, and warmer water, which is lighter.
3 atmospheres