That's the "dyne".
1 dyne = 1 gram-centimeter/second2
1 Newton = 105 dynes
What is the unis of stress in cgs system
it cannot be mixed but it can be convert from SI--> CGS and CGS-->SI
The cgs power unit is the erg, a dyne-centimeter.
The centimetre-gram-second system (CGS) is a system of physical units. It is always the same for mechanical units, but there are several variants of electric additions. It was replaced by the MKS, or metre-kilogram-second system, which in turn was replaced by the International System of Units (SI), which has the three base units of MKS plus the ampere, mole, candela and kelvin. from Arun
1newton=10^5dyne
What is the unis of stress in cgs system
it cannot be mixed but it can be convert from SI--> CGS and CGS-->SI
The cgs power unit is the erg, a dyne-centimeter.
The centimetre-gram-second system (CGS) is a system of physical units. It is always the same for mechanical units, but there are several variants of electric additions. It was replaced by the MKS, or metre-kilogram-second system, which in turn was replaced by the International System of Units (SI), which has the three base units of MKS plus the ampere, mole, candela and kelvin. from Arun
hertz
CGS is NOT common nowadays. MKS is common because the SI, the international system of units, is based on it.
Dyne is the unit of force in CGS system and joule is the unit of work in MKS system. So both are for different physical quantities. So they cannot be related.
There isn't one except by converting all the dimensions in the definition of an ampere into cgs units.
1newton=10^5dyne
A dyne is the unit of force in the CGS (centimeter-gram-second) system; it is equal to 0.00001 newtons (the unit in the MKS or meter-kilogram-second system); it is also equal to approximately 0.22481 pounds of force according to Wikipedia.
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.
A barye is a unit of pressure under the CGS system.