A beaker contains a dilute sodium chloride solution at 1 atmosphere. What happens to the number of solute particles in the solut
ion and the boiling point of the solution, as more sodium chloride is dissolved?The number of solute particles increases, and the boiling point increases.The number of solute particles increases, and the boiling point decreases.The number of solute particles decreases, and the boiling point increases.The number of solute particles decreases, and the boiling point decreases.Time on question: 00:00:32
Answer: The number of solute particles increases and the boiling point increases.
Explanation: When sodium chloride dissolves it breaks apart into ions. Therefore as sodium chloride dissolved the *number of solute particles increases and the boiling point increases* . The number of particles in solution effects the freezing and boiling point of the original water making it hard to freeze or lowering the freezing point , and harder to boil, or raising the boiling point.
The arrangement of atoms in a mineral can change its physical and chemical properties. Diamonds and coal are both made of carbon, however, their chemical and physical properties are very different.
The other signal that would indicate the presence of a C= C bond appears close to 3100 .
Explanation:
Bands that appear above 3000 are often unsaturation diagnoses suggest. The band at 3000-
3100 is characteristics for C-H stretching frequencies and normally is overlaps with the ones for alkanes because it is a band of weak intensity.
