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Question 1

how to calculate molarity

Answer 1

mol/Liter

Question 2

solution consist of

Answer 2

solute and solvent

Question 3

solute

Answer 3

what you are going to dissolve

Question 4

what is a solvent

Answer 4

water for an aqueous solution

Question 5

c=

Answer 5

n/v

Question 6

electrolte

Answer 6

solution that conducts electricity (mobile charged particles)

Question 7

strong electrolytes

Answer 7

have higher total concentration of ions in solution

Question 8

soluble salts are what type of electrolytes

Answer 8

strong electrolytes

Question 9

insoluble salts are what type of electrolytes

Answer 9

weak electrolytes

Question 10

strong acid are what type of electrolytes

Answer 10

strong

Question 11

weak acid are what type of electrolytes

Answer 11

weak

Question 12

hat is an aqueous solution?

Answer 12

water that contains one or more dissolved substances

Question 13

Define the concentration (or molarity) of an aqueous solution

Answer 13

the molarity of an aqueous solution is M=mol/L

Question 14

Why can you use the formula C1V1 = C2V2 (or M1V1 = M2V2) in a dilution?

Answer 14

C1V1=C2V2 works because the initial condition of the solution and the final condition still contain the same amount of solute/compound

Question 15

what is electrolytes strength impacted by

Answer 15

-high concentration of ions in solution
-type of substance dissolved in water
-temperture

Question 16

why are soluble salts strong electrolytes

Answer 16

because they dissociate in an aqueous solution. The solid crystals are broken up into ions when they dissolve in water

Question 17

why are strong acids and bases strong electrolytes

Answer 17

because they tend to dissociate in aqueous solutions

Question 18

why are weak acids and bases weak electrolytes

Answer 18

because they do not tend to dissociate in aqueous solutions