C=CENTIMETER G= GRAM S = SECOND
M=METER K = KILOGRAM S = SECOND
1 METER=100 CM and 1Kg (kilogram) = 1000 gram
Density = mass/volume , where : volume = L^3 (in its demtional form)
Lets calculate its dimentions
Density = [M]/[L]^3 = [M]^1*[L]^(-3)
So, we would eliminate the effect of time , as it does not include the time in dementions . And If the dimentions have time then : Time does not have any effect in MKS AND CGS system because both have same units of time (which is second)
Now CGS unit, lets take mass in gram(g) , and length(L) in centimeter (cm)
Density = M*(L)^(-3) = g(cm)^(-3) ---------------(1)
Now in MKS unit ,lets take mass in kilogram(Kg) , and length(L) in meter (m)
Density = M*(L)^(-3) = kg(m)^(-3) ---------------(2)
Now if you want to convert CGS INTO MKS , what you have to do , just convert gram and centimeter into kilogram and meter . (the power will do there work accordingly )
Now what you have now ?
You have equation one for now . (because you want to convert equation 1 in the form of equation 2 )
DENSITY = g(cm)^(-3) = {kg/1000}(m/100)^(-3) = (kg/1000) * (100/cm)^(3)
because ,
1gram = 1kg/1000
1cm=m/100 , so
1cm^(3) =(m/100)^(3) so we could have :::1(cm)^(-3) = (m/100)^(-3)
DENSITY = g(cm)^(-3) = (kg/1000) * (100/m)^(3)
= (100)(100)(100)(kg)/(1000)m^3 = 1000kg/m^3
g(cm)^(-3) = 1000kg/m^3
You have cgs unit then divide by 1000 because
kg/m^3 = g/1000(cm)^(3)
So if you want to convert density in CGS into MKS then
Multiply the given cgs into 1000, because cgs can be converted in kgs only by multiplying that number by 1000 , as explained above (as cgs units are used , and at last 1000 is multiplied , and we get kgs unit )
as
1 (g / (cm^3)) = 1000 kg / (m^3When you are using the "cgs" system (centimeters gram seconds). But you might prefer cubic miles or cubic metres etc if you were dealing with large things.
Yes. 'cc' is the abbreviation for "cubic centimeter", often written as 'cm3'. This is the unit of volume in the CGS system. It's the volume of a cube measuring 1 centimeter on its side.
There is not a single metric unit of length. 1000 metres is 1000 unit of the MKS (metre-kilogram-second) basis of length or 100,000 of the CGS (centimetre-gram-second) basis.
The quantity of Electrical reluctance (unit = yrnehs H-1 or per henry) was once put forward as the reciprocal of inductance back in the days of the cgs system of units, but the idea never really caught on. While it is sometimes necessary to divide by inductance, there was really no need for a separate named reciprocal quantity or unit.The term reluctance more often referred to magnetic reluctance which saw more use, and was NOT the same as the reciprocal of inductance. Magnetic reluctance is the recipriprocal of permeance, and is normally expressed in ampere-turns/weber or turns/henry (also abampere/abweber or turns/abhenry specifically as electromangnetic units). Magnetic reluctance was a part of the emu(Electromagnetic Units) division of the old cgs system, and was not carried over into the mks system (which replaced cgs) or SI (which is the international standard of today).
The SI unit for density is kg/m3In the CGS system, it is g/cci have no idea:P
(CGS units) 1.0000 g/cm3 = 1000.0 kg/m3 (SI units) at 4oC temperature
the mks unit is kg/m cube and the cgs unit is g/cm cube
The cgs power unit is the erg, a dyne-centimeter.
grams per cubic centimeter
it cannot be mixed but it can be convert from SI--> CGS and CGS-->SI
1/100000 N
hertz
1 kg = 1,000 G
Statcoulumb is the unit of charge in cgs system.
Karl Friedrich Gauss is the German mathematician who is credited with developing a number theory that is used in math in relation to electricity and astronomy. The number unit is referred to as the cgs unit of magnetic flux density.
A barye is a unit of pressure under the CGS system.