1• A homogeneous mixture
• Composed of a solute dissolved in a solvent
Solution
2How is a solution formed?
Solvation
3The liquid in which a solute is dissolved to form a solution, usually greater quantity
Solvent
4The smaller component that changes its state in forming the solution, it is what is dissolved and usually lesser quantity
Solute
5Made of 2 or more substances mixed together
Solution
6refers to the bonding and polarity of the
particles in the solute and solvent
“Like dissolves like”
7means a substance has a positive and a negative end
Polar
8is the maximum amount of
a solute that dissolves in a solvent at
a given temperature.
Solubility
9contains more dissolved
solute than a saturated
solution at the same
temperature.
supersaturated solution
10contains the maximum
amount of dissolved solute
for a given amount of
solvent at a specific
temperature and pressure
saturated solution
11Increases the amount of solute-
solvent collisions and increases speed and
energy of particles.
Increase the temperature
12Brings more solvent particles
closer to the solute.
Agitate the solution (stir)
13Increases the surface area of the
solute, making it easier for solvent particles to
surround the solute
Decrease the particle size
14The same factors that increase
solubility, increase the rate of
solvation.
Greater solubility = Faster solvation
15The larger the ratio of solute
to solvent becomes, the
more concentrated the
solution is.
Truelalu
16large ratio of solute to solvent
Concentrated
17small ratio of solute to solvent
Dilute
18affects the rate of reaction.
Concentration
19react faster than dilute solutions.
Concentrated solutions
20• Most commonly used in chemistry
• Abbreviated as M
• Moles of solute in per liter of solution
Molarity
21diffusion of solvent across a semi-
permeable barrier
Osmosis
22Solvent in osmosis goes from:
Area of more solvent → Area of less solvent
23Movement of solvent from low to high solute concentration
Osmosis
24Osmosis and Concentration
Higher concentration = more osmotic pressure