Centimeter is a measurement of length.
L - assuming you mean "liter" is a measurement of volume, which is length cubed.
L - assuming you mean column length, is the length of chromatography column in HPLC or capillary in CE used to perform the liquid-phase separation, which can be measured in centimeters. Note that in some cases the actual column may be longer than the portion that is performing separation, i.e. some of the column may be effectively "empty" and should not be used in calculations requiring the length over which separation is occurring. In that case, only the packed or lined portion of the column should be used for the measurement.
573 cm3 = 0,573 L
Ddryy
2500
10mm
L is a measure of volume, while cm is a measure of distance. A cubic centimeter, written both as cc and cm^3, is a measure of volume, and 1 cc = 1 mL = 0.001 L
Divide by 2.54
200
Divide by 1000
Get a centimeter ruler and then convert it to what measurement you want.
1 centilitre = 0.01 litresTherefore to convert from cL to L, you divide by 1005 cL / 100 = 0.05 L100 cL / 100 = 1 LTo convert from L to cL, you multiply by 1004 L x 100 = 400 cL0.5 L = 100 = 50 cL
To convert from picosiemes to microsiemens, you have to divide by a million. To convert from "per meter" to "per centimeter", you would multiply by a million. The end result is that you divide by 10,000.
The question, as stated, cannot be answered sensibly. A square centimetre is a measure of area, with dimensions [L2]. A centimetre is a measure of distance, with dimensions [L]. The two measure different things and elementary dimensional analysis teaches that you cannot convert between measures with different dimensions such as these without additional information.