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| body | --uriencoded--u_%7B\rho%7D=\sqrt%7B\sum\limits_%7Bj=1%7D%5e%7BN%7D\left(\cfrac%7B\partial f(x_%7Bj%7D)%7D%7B\partial x_%7Bj%7D%7Da_%7Bx_%7Bj%7D%7D\right)%5e2%7D=\sqrt%7B\left(\cfrac%7B\partial\rho%7D%7B\partial m%7Da_%7Bm%7D\right)%5e2+\left(\cfrac%7B\partial\rho%7D%7B\partial l%7Da_%7Bl%7D\right)%5e2%7D=\sqrt%7B\left(\cfrac%7B1%7D%7Bl%5e3%7D*\Delta a_%7Bm%7D\right)%5e2+\left(\cfrac%7B-3m%7D%7Bl%5e4%7D*\Delta a_%7Bl%7D\right)%5e2%7D=\sqrt%7B\left(\cfrac%7B1%7D%7B0.02m%5e3%7D*0.0002kg\right)%5e2+\left(\cfrac%7B-3*0.2kg%7D%7B0.02m%5e4%7D*0.001m0001m\right)%5e2%7D |
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Part II:
Now a statistical analysis of a set of three cubes' densities is conducted:
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