First thing, megapsacal litres is a unit of capacity, not volume.
To calculate the capacity of a cylinder you first need to know the volume (in litres). Volume = py (3.14159) multiplied by r2, multiplied by the height (or length whatever the case may be).
Capacity is then obtained by multiplying
the internal volume of the vessel (in litres, L) by the design pressure (in
megapascals, MPa). That is:
Capacity (MPaL) = design pressure (MPa) x volume (L)
To convert pressure in pounds per square inch (psi) to Mpa:
1 megapascal = 1000 kilopascals (kPa)
1 psi = 6.89 kPa
Therefore, if design pressure is provided in psi then:
design pressure (in Mpa) = design pressure (in psi) x 0.00689
Example:
Assume your air receiver has a volume of 140 litres, with a design pressure of 160 psi.
design pressure (MPa) = 160 x 0.00689 = 1.100 MPa (1,100kPa)
Capacity = 1.100 x 140 = 154 MPaL
Calculate the volume of a single cylinder and multiply it by the number of cylinders.
it means the volume of your cylinders
It is not material, it is the volume of all the combustion cylinders.
That is the total of volume of all the cylinders of that engine.
Total displacement, usually in cubic inches or liters.
Number of Moles = concentration * volume (in litres)
643,8.1033 (pm)3
You simply measure its volume, in litres.
4 Liters
diamater 1300 x Hight 1800. what is the volume in litres
A 1.3 liter engine means that it has a combustion capacity of 1.3 liters. It has 1.3 liters of engine displacement or volume displaced in the cylinders by the pistons.
The "volume" of an engine (4.2 liters in this question) is the volume of the cylinders in which the explosions take place that generate the engine power.