Answer:
Fewer hydrogen bonds form between alcohol molecules. As a result, less heat is needed for alcohol molecules to break away from solution and enter the air.
Explanation:
Hydrogen bonding is a kind of intermolecular interaction that occurs when hydrogen is bonded to a highly electronegative atom.
Both water and alcohols exhibit hydrogen bonding. However, alcohols exhibit fewer hydrogen bonds than water.
As a result of this, the temperature of evaporation is much higher for water than for alcohol because hydrogen bonds hold water molecules more closely than alcohol molecules are held.
Answer:
Acid are those substances which release H + ions when dissolved in water.
Get that hundooo!
If the concentrations of the substances present in the equilibrium are adjusted, the equilibrium constants remain unchanged. An equilibrium constant can only be altered by a change in temperature. If you adjust the concentration of something present in the mixture, the equilibrium position will change.
Equilibrium Constant vs. Equilibrium Position: The Difference
Equilibrium position is the point at which the forward reaction of the equilibrium is equal to the backward reaction, whereas equilibrium constant is the number that describes the connection between amounts of products and reactants of a reaction mixture at its equilibrium. The main distinction between equilibrium position and equilibrium constant is this.
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