One quantity helpful in this laboratory procedure may be computed in the Fenske (FEN-skee) equation; a complementary graphical approximation method is named for McCabe and Thiel.
One quantity helpful in this laboratory procedure may be computed in the Fenske (FEN-skee) equation; a complementary graphical approximation method is named for McCabe and Thiel. One of the common pieces of glassware employed in this process is the Liebig condenser. Complete separation cannot be accomplished by this technique as that would require one component to have a zero partial pressure. A repeated form of this technique relies on repeated cycles called "theoretical plates," the "fractional" form. For 10 points, name this method of separating mixtures that relies on differences in boiling point.
One quantity helpful in this laboratory procedure may be computed in the Fenske (FEN-skee) equation; a complementary graphical approximation method is named for McCabe and Thiel.
{distillation} [accept {fractional distillation} before “Liebig condenser”]