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The density of a material in CGS system of units is 4g/cm^3. In a system of units in which unit of length is 10 cm and unit of mass is 100 g, the value of

density of material will be..... It is a physics problem Pls give the answer its urgent
Pls anybody help me
thats hard and also 11th so


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Density in CGS system is =  4  gms/ cm³
      Unit of length = 1 cm                  unit of mass = 1 gm

Another system of units:
       unit of mass =  gm' = 100 gm             unit of length = cm' = 10 cm

=>   1 gm\frac{gm'}{100}       and    1 cm = \frac{cm'}{10}

Substitute these values in the value of the density.  Now density of the material:

= 4 \frac{gm}{cm^3}\\\\= 4\ (\frac{gm'}{100})\ \frac{1}{(\frac{cm'}{10})^3}\\\\=4 \frac{1}{100}\ gm'\ \frac{10^3}{cm'^3}\\\\=\frac{4*10^3}{100}\ \frac{gm'}{cm'^3}\\\\=40\frac{gm'}{cm'^3}

Thus in the new system the value of density will be 40 units.

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