Let us do some conversions first, then use the ideal gas law.
PV = nRT
1 Bar = 1.01325 atmospheres
80 Bar (1.01325 ATM/1 Bar) = 81.06 ATM
20 C = 293.15 K
new R = 0.08206 L*ATM/mol*K
(81.06 ATM)(100 L) = nI0.08206 L*ATM/mol*K)(293.15 K)
moles O2 = 337 moles O2 * 32 grams
= 10784 grams
about 24 pounds of oxygen
The equation Force = pressure x surface of the cylinder Electric power and torque and power you need to know what you want. After obtaining the surface area of ​​the circle diameter cylinder, the cylinder can get.
At STP(Standard Temperature and pressure), the temperature is zero degrees Celsius(273 Kelvin) and the pressure is 1 atmosphere. At RTP(Room temperature and pressure), the temperature is 25 degrees Celsius(298 Kelvin) and the pressure is 1 atmosphere.
PV = RT is the ideal gas law P-pressure V-volume R-gas constant T-temperature then the equation becomes PV = constant therefore P = 1/V pressure becomes inversely proportional to the volume. hence as the volume increases the pressure decreases.
Hydraulic , the jack uses fluid under pressure to raise the cylinder , releasing the pressure allows the cylinder to retract. Pneumatics is a similar concept using air pressure.
What medium and temperature as there is something called "pressure temperature relationship"
It is maintained through the use of a compressor in a graduated cylinder
It is maintained through the use of a compressor in a graduated cylinder
It is maintained through the use of a compressor in a graduated cylinder
comparing the cylinder pressure and the temperature to a pressure-temperature chart.
It depends on the temperature and pressure.
NO more the then the actual pressure / temperature rating as per NBBI /ASME
the gas expands and exerts more pressure on the sides of the cylinder. Basically, the pressure goes up due to a temperature increase.
The pressure would double in size.
Lighter, as the refrigerant is boiled off, and colder, as it has absorbed heat, and has a lesser pressure to reflect the current temperature / pressure relationship for the type of refrigerant
The pressure is 20,68 at.
Lighter, as the refrigerant is boiled off, and colder, as it has absorbed heat, and has a lesser pressure to reflect the current temperature / pressure relationship for the type of refrigerant
Boyle's law. In this law the condition is that the temperature of the gas is to be maintained constant.