1 g per cc
The cgs unit of displacement is the centimeter (cm). It represents a distance along a straight line in the cgs (centimeter-gram-second) system of units.
It seems there have been different "CGS" units, and the definition of units, specifically in the electrical area, varies between them. You would first have to decide WHICH cgs system you want to work with.
cgs means centimeter,gram,second. cgs unit of velocity is cm/s.
The value of gravity in CGS units is approximately 980 cm/s^2.
Kinetic energy= mv2 /2 Units for mass in CGS-gm Units for Velocity in CGS-cm/sec Therefore Unit of KE in CGS=gm(cm/sec)2 = ergs
To convert the density of water from CGS (g/cm^3) to SI (kg/m^3), you can use the conversion factor 1 g/cm^3 = 1000 kg/m^3. Simply multiply the density in CGS units by 1000 to get the density in SI units.
Actually it isn't. cgs units are sort of obsolete; nowadays, the scientific community uses SI units.
the mks unit is kg/m cube and the cgs unit is g/cm cube
1.0
The cgs unit of displacement is the centimeter (cm). It represents a distance along a straight line in the cgs (centimeter-gram-second) system of units.
It seems there have been different "CGS" units, and the definition of units, specifically in the electrical area, varies between them. You would first have to decide WHICH cgs system you want to work with.
The ratio of CGS unit to SI unit of energy is 1 CGS unit to 10^7 SI units. This means that 1 erg in CGS units is equivalent to 10^-7 joules in SI units when measuring energy.
cgs means centimeter,gram,second. cgs unit of velocity is cm/s.
The value of gravity in CGS units is approximately 980 cm/s^2.
CGS units are the standard for the metric system; Centimetres, Grams, Seconds
In the CGS system, the relative density of alcohol would be expressed as a dimensionless quantity. In the SI system, the relative density of alcohol is generally expressed in kg/m^3, which represents the ratio of the density of alcohol to the density of water at a specified temperature.
When water in liquid form is cooled, the molecules come closer and closer together, increasing its density to a maximum at 4 degrees Celsius. (Further cooling slightly decreases the density until Zero dgrees Celsius. At that temperature, water molecules start sticking together in rings of six molecules. These take up more room than molecules simply bunched together, so ice is less dense than liquid water.)