Because in the decrease of vapor pressure, P0 has a higher pressure. Because P0, is the initial p before the vapor pressure decreases. While P is the final pressure at which its vapor pressure has decreased. thanks
waalaikum salam. hello jelpa. That is by seeing the easier the molecules - molecules of liquid into steam, the higher the vapor pressure of the liquid. When the pressure of the liquid is dissolved by the non-volatile solute, the solute particles will reduce the evaporation of the molecules of the liquid.
Colligative solution is the nature of the solution that does not depend on the type of solute but depends only on the concentration of the solute particles. The colligative nature of the solution consists of two types, namely the colligative nature of the electrolyte solution and the colligative nature of the nonelectrolyte solution
Hai D.a, can you give me formula to boil point for elektrolit solutions ?
BalasHapushello ayu, that formula is delta Tb= kb * M * i
HapusWhy in formula dP = Po - P
BalasHapus, Po more bigger than P
Because in the decrease of vapor pressure, P0 has a higher pressure. Because P0, is the initial p before the vapor pressure decreases. While P is the final pressure at which its vapor pressure has decreased. thanks
Hapusassalamualaikum wr wb . Hi Da'aa . How do we determine the steam pressure drop of a solution? Give an example
BalasHapuswaalaikum salam. hello jelpa. That is by seeing the easier the molecules - molecules of liquid into steam, the higher the vapor pressure of the liquid. When the pressure of the liquid is dissolved by the non-volatile solute, the solute particles will reduce the evaporation of the molecules of the liquid.
HapusGive me please, defenition of koligatif solution ?
BalasHapusColligative solution is the nature of the solution that does not depend on the type of solute but depends only on the concentration of the solute particles. The colligative nature of the solution consists of two types, namely the colligative nature of the electrolyte solution and the colligative nature of the nonelectrolyte solution
HapusWhat the meaning "i" in the electrolyt solution?
BalasHapus"i" is the amount of anion and cation charge on the forming compound
Hapus