Terpenes are more important than cannabinoids

[TheGratefulPhil]

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Talks about the elevation of boiling point temperature for butane as the concentration of THCa increases.

Math for diamond miners

To calculate the boiling point elevation of a pure substance, the ebullioscopic constant (Kb) can be used to used. ΔT = i * Kb * m To determine the ebullioscopic constant for butane, we can use K b = R · T(b)^2 / L(v) where |Kb| Ebullioscopic constant (K*kg/mol)| |R| molar gas constant| |Tb| Boiling point of liquid (K)| |Lv| Latent heat of vaporisation per gram (enthalpy of vaporization) (J/kg)| Kb (butane) =1.6 THCA is 314.45 g/mol for every 314.45g of THCA dissolved in a kilogram of…