IPC S

EMESTER 1

FIN

AL

EXAM REVIE

W

ACID RAIN

1. Sulfur dioxide and nitrogen dioxide. Sulfuric acid is the primary acid in acid rain.

ACID RAIN

1. Sulfur dioxide and nitrogen dioxide.

2. Sulfur dioxide and nitrogen dioxide reacts with water and oxygen in the air to form acid. Sulfuric acid is the primary acid in acid rain.

ACID RAIN

1. Sulfur dioxide and nitrogen dioxide.

2. Sulfur dioxide and nitrogen dioxide reacts with water and oxygen in the air to form acid. Sulfuric acid is the primary acid in acid rain.

3. Acidifies soil and water. Harms plants and animals by lowering pH of the environment. Damages

buildings and structures made of certain materials.

ACID RAIN

1. Sulfur dioxide and nitrogen dioxide.

2. Sulfur dioxide and nitrogen dioxide reacts with water and oxygen in the air to form acid. Sulfuric acid is the primary acid in acid rain.

3. Acidifies soil and water. Harms plants and animals by lowering pH of the environment. Damages

buildings and structures made of certain materials.

Carbon dioxide is a byproduct of burning coal. It is blamed for global warming.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

Solution: a homogeneous (evenly mixed) mixture of 2 or more substances uniformly spread throughout a single phase.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

Solution: a homogeneous (evenly mixed) mixture of 2 or more substances uniformly spread throughout a single phase.

Viscosity: the resistance of a fluid to flow.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

Solution: a homogeneous (evenly mixed) mixture of 2 or more substances uniformly spread throughout a single phase.

Viscosity: the resistance of a fluid to flow.

Insoluble: a substance that does not dissolve.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

Solution: a homogeneous (evenly mixed) mixture of 2 or more substances uniformly spread throughout a single phase.

Viscosity: the resistance of a fluid to flow.

Insoluble: a substance that does not dissolve.

Polarity: having electrical charges.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

Solution: a homogeneous (evenly mixed) mixture of 2 or more substances uniformly spread throughout a single phase.

Viscosity: the resistance of a fluid to flow.

Insoluble: a substance that does not dissolve.

Polarity: having electrical charges.

Universal solvent: water, because it dissolves many substances

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

Solution: a homogeneous (evenly mixed) mixture of 2 or more substances uniformly spread throughout a single phase.

Viscosity: the resistance of a fluid to flow.

Insoluble: a substance that does not dissolve.

Polarity: having electrical charges.

Universal solvent: water, because it dissolves many substances

Concentration: quantity of solute dissolved in a given quantity of solution.

VOCABULARY

Solvent: the substance that dissolves the solute to make a solution.

Solute: the substance that dissolves in a solution.

Solution: a homogeneous (evenly mixed) mixture of 2 or more substances uniformly spread throughout a single phase.

Viscosity: the resistance of a fluid to flow.

Insoluble: a substance that does not dissolve.

Polarity: having electrical charges.

Universal solvent: water, because it dissolves many substances

Concentration: quantity of solute dissolved in a given quantity of solution.

Density: mass of a substance per given unit of volume

DENSITY

1. D=M/V D=48g/8ml D=6g/ml

DENSITY

1. D=M/V D=48g/8ml D=6g/ml

2. V=M/D 575g/1.05 g/ml V=547.6

DENSITY

1. D=M/V D=48g/8mL D=6g/mL

2. V=M/D V=575g/1.05 g/mL V=547.6

3. M=V*D M=78*1.85g/mL M=144.3g

DENSITY

1. D=M/V D=48g/8mL D=6g/mL

2. V=M/D V=575g/1.05 g/mL V=547.6

3. M=V*D M=78*1.85g/mL M=144.3g

4. dense

DENSITY

1. D=M/V D=48g/8mL D=6g/mL

2. V=M/D V=575g/1.05 g/mL V=547.6

3. M=V*D M=78*1.85g/mL M=144.3g

4. Dense

5. density

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

Temperature

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

Temperature

Pressure

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

temperature

pressure

4. Universal solvent

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

temperature

pressure

4. Universal solvent

5. polar

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

temperature

pressure

4. Universal solvent

5. Polar

6. C. The polar nature of its molecules

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

temperature

pressure

4. Universal solvent

5. Polar

6. C. The polar nature of its molecules

7. D. Contains dissolved minerals

PROPERTIES OF WATER

1. Crush the crystal to increase surface area or heat the water to increase the number of collisions

between water and gypsum molecules.

2. Crush the solid, stir the solution, or heat the solvent.

3. Greatest

temperature

pressure

4. Universal solvent

5. Polar

6. C. The polar nature of its molecules

7. D. Contains dissolved minerals

8. D. Its molecular arrangement

PH SCALE1. acidic

PH SCALE1. acidic

2. basic

PH SCALE1. acidic

2. Basic

3. neutral

PH SCALE1. acidic

2. Basic

3. Neutral

4. 3

PH SCALE1. acidic

2. Basic

3. Neutral

4. 3

5. 12

PH SCALE1. acidic

2. Basic

3. Neutral

4. 3

5. 12

6.

SOLUBILITY CURVES7. 68g

SOLUBILITY CURVES7. 68g

8. 35 degrees

SOLUBILITY CURVES7. 68g

8. 35 degrees

9. NH3 and Ce2(SO4)3

SOLUBILITY CURVES7. 68g

8. 35 degrees

9. NH3 and Ce2(SO4)3

10. KI