Formula: kg/cm2 x 9.807 = newtons/cm2
I would not expect to see any CO2 bubbles in any aquarium I had set up. In a properly planted tank with good lighting and water parameters there should be no need to add extra CO2. Anyways, I have added CO2 in my tank. Now please tell me how many bubbles per minute? All the info you require can be found here http://www.brainyday.com/jared/aquarium/co2.htm
To convert from watts per cm2 to kW per m2, you need to divide by 10,000 since there are 10,000 cm2 in 1 m2. So, 1.08 watts per cm2 is equal to 0.000108 kW per m2.
To convert micrograms per square centimeter (ug/cm2) to parts per million (ppm), you need to know the density or thickness of the material in question. Use the formula: ppm = (ug/cm2) x (10000 / density in ug/cm3). This will give you the concentration in parts per million.
1 MPa = 10 kg/cm2 (MPa is pressure, kg/cm2 is mass/area not actual pressure)
To convert microsiemens per cm to micrograms per cm2, you need to know the density of the substance in question. Since microsiemens per cm is a unit of electrical conductivity and micrograms per cm2 is a unit of mass per area, the conversion requires additional information. Without knowing the specific substance and its density, a direct conversion from microsiemens per cm to micrograms per cm2 is not possible.
If we multiply the cross sectional area of the trough by the speed of the water in the trough, we get the volume of water per second that is running into the tank. 18 cm2 x 3 meters/sec = 18 cm2 x 300 cm/sec = 5400 cm3 /sec As 1 cm3 = 1 ml, the tank is filling at a rat of 5400 ml/sec or 5.4 liters/sec
Need to know how many gallons the fuel tank holds and how many miles per gallon the vehicle gets.
I have read it some where that the inside pressure of Co2 in fire extinguisher is 55 to 58 kg/cm2 at 21 deg C. However the pressure varies as per the ambient temperature.
I got 500km out of my first tank.
To find out how many barrels are in a 500 barrel oil tank per inch, you would need to know the dimensions of the tank. Once you have the dimensions, you can calculate the volume of oil in the tank per inch and then divide that by the volume of a barrel to determine the number of barrels per inch.
1kgf/cm2 equates to 14.22 psi