How is knowing metric going to make a difference when scientific constants are all random anyway? The weight of an electron, the number of atoms in a mole, the gravitational constant, specific heat, coefficients of friction, base-10 units mean fuck all once you throw these random multipliers into the mix.
I mean, there's more to scientific measurements then the quantum level. Hell, even microorganisms are measured in μm which are a base 10 metric easily converted to millimetres and larger.
How is knowing metric going to make a difference when scientific constants are all random anyway? The weight of an electron, the number of atoms in a mole, the gravitational constant, specific heat, coefficients of friction, base-10 units mean fuck all once you throw these random multipliers into the mix.
I mean, there's more to scientific measurements then the quantum level. Hell, even microorganisms are measured in μm which are a base 10 metric easily converted to millimetres and larger.
If I have to use scientific notation to represent a measure then it's size is incomprehensible regardless of the unit attached.
:thinkin-lenin:
:geordi-yes: yes