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1. bunsen burner 2. crucible with cover 3. crucible tongs |
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Glassware 1. 50ml buret 2. 25ml volumetric flask 3. 50ml volumetric flask 3. 50ml Erlenmeyer flask 2. 250ml Erlenmeyer flask |
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3. 250ml beakers 5. 400ml beakers 6. 600ml beaker 6. 10ml graduated cylinder 6. 25ml graduated cylinder 6. 50ml graduated cylinders 7. Test tubes, small (13X100mm) 8. Test tubes, larger (18X150mm) 9. Test tube, largest (20X150m) Disposable |
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6. 10ml disposable pipets 7. pH paper Short term use equipment 2. crucible with cover |
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9. Thermometer Long term use equipment 1. bunsen burner 3. crucible tongs 7. One hole cork for large brtest tubes |
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7. O rings 8. utility clamp 8. buret clamp |
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9. Hot plates Vernier Probes 1. Temp probe 2. pH probes 3. Colorimeter probe/unit 2. Gas pressure probe (plastic tube with two Luer-lock connectors and rubber stopper assembly with two-way valve) 3. 20ml gas syringe 4. ORP probe (do not have cost $79 each) |
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Laboratory : 1. Determination of the formula of a compound. (1.5hs)a |
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Laboratory : 1. Determination of the formula of a compound. (1.5hs)a |
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2. Determination of the percentage of water in a hydrate (1hr)(a) crucible with cover, crucible tongs. triangle, ring stand, bunsen burner, filter paper, 125ml Erylmeyer flask, funnel |
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2. Determination of the percentage of water in a hydrate (1hr)(a) crucible with cover, crucible tongs. triangle, ring stand, bunsen burner, filter paper, 125ml Erylmeyer flask, funnel |
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3. Determination of molar mass by vapor density (1.5hr)(b) |
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3. Determination of molar mass by vapor density (1.5hr)(b) large test tube (13X100mm) and one hole cork, thermometer, 400ml beaker, hot plate |
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4. Determination of molar mass by freezing-point depression (2hr)(a) |
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4. Determination of molar mass by freezing-point depression (2hr)(a) Vernier temp probe, ring stand, utility clamp, 400ml beaker, largest test tube (18X150mm) |
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5. Determination of molar volume of a gas. (2hr)(a) |
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5. Determination of molar volume of a gas. (2hr)(a) Vernier temp probe, Vernier pressure probe (plastic tube with two Luer-lock connectors and rubber stopper assembly with two-way valve), 20ml gas syringe, 600ml beaker, 125ml Erlenmeyer flask |
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6. Standardization of a solution using primary standard (2hr)(a) |
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6. Standardization of a solution using primary standard (2hr)(a) Vernier pH probe, 50ml buret, 50ml graduated cylinder, 250ml beaker, disposable pipet (10ml) |
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7. Determination of concentration by acid-base titration, including weak acid or weak base (2hr)(a,b) |
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7. Determination of concentration by acid-base titration, including weak acid or weak base (2hr)a,b Vernier pH probe, 50ml buret, 50ml graduated cylinder, 250ml beaker, disposable pipet (10ml) |
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8. Determination of concentration by oxidation-reduction titration (2hr)( c) |
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8. Determination of concentration by oxidation-reduction titration (2hr)c 25ml volumetric flask, 50ml buret, 250ml Erlenmeyer flask |
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9. Determination of mass and mole relationship in a chemical reaction (2hr)(a) 10. Determination of the equilibrium constant for a chemical reaction (2hr)(a,b) |
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9. Determination of mass and mole relationship in a chemical reaction (2hr)a Vernier temp probe, 10ml graduated cylinder, 25ml graduated cylinder, 50ml graduated cylinder, 250ml beaker |
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11. Determination of appropriate indicators for various acid-base titration, pH determination (2hr)(a) |
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10. Determination of the equilibrium constant for a chemical reaction (2hr)a Vernier colorimeter, 50ml volumetric flasks, 10ml disposable pipets, small test tubes (20X150mm), 100ml beakers |
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12. Determination of the rate of a reaction and its order. (2hr)( c) |
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11. Determination of appropriate indicators for various acid-base titration, pH determination (2hr)a Vernier pH probe, 250ml beaker, 50ml graduated cylinder, ring stand, buret clamp, 50ml buret |
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13. Determination of enthalpy change associated with a reaction (2hr)( a) |
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12. Determination of the rate of a reaction and its order. (2hr)c 50ml Erlenmeyer flask, 10ml graduated cylinder, one-hole stopper attachment (see c for details) |
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14. Separation and qualitative analysis of cations and anions. (3+hr)(b) |
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13. Determination of enthalpy change associated with a reaction (2hr)a 25ml graduated cylinder, beaker, styrofoam cups, thermometer |
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15. Synthesis of a coordination compound and its chemical analysis (2+hr)(b) |
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14. Separation and qualitative analysis of cations and anions. (3+hr)b test tubes, small (13X100mm), 10ml disposable pipets, pH paper |
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16. Analytical gravimetric determination (1.5hr)(a,b) |
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15. Synthesis of a coordination compound and its chemical analysis (2+hr)(b) ?????? |
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17. Colorimetric or spectrophotometric analysis (2hr)(b) |
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16. Analytical gravimetric determination (1.5hr)(a,b) ???? 17. Colorimetric or spectrophotometric analysis (2hr)(b) |
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18. Separation by chromatography (2hr)( b,c) |
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18. Separation by chromatography (2hr)( b,c) |
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19. Preparation and properties of buffer solutions (1.5hr)( b) |
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19. Preparation and properties of buffer solutions (1.5hr)b |
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20. Determination of electrochemical series (1hr)(a,b) |
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20. Determination of electrochemical series (1hr)(a,b) |
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21. Measurement using electrochemical cells and electroplating (1.5hr)(a, c) |
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21. Measurement using electrochemical cells and electroplating (1.5hr)(a, c) |
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22. Sythesis, purification and analysis of an organic compound (2+hr)(b) |
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22. Sythnesis, purification and analysis of an organic compound (2+hr)(b) test tube small (13X100mm), 250ml beaker, 400ml beaker, hot plate |
We do not use one specific lab manual but rather a collection from various sources including:
a. Randall, Jack , Advanced Chemistry with Vernier, Vernier Software & Technology, (ISBN 1-929075-36-7 (alternate, search)).
b. Vonderbrink, Sally Ann, Laboratory Experiments for Advanced Placement Chemistry, (ISBN 1-877991-34-1 (alternate, search)).
c. Fossett, Martin and Hostage, David, AP Chemistry Laboratory Investigations.
General List
Glassware
1. 50ml buret
2. 25ml volumetric flask
3. 50ml volumetric flask
3. 50ml Erlenmeyer flask
2. 250ml Erlenmeyer flask
4. 125ml Erylmeyer flask
3. 250ml beakers
5. 400ml beakers
6. 600ml beaker
6. 10ml graduated cylinder
6. 25ml graduated cylinder
6. 50ml graduated cylinders
7. Test tubes, small (13X100mm)
8. Test tubes, larger (18X150mm)
9. Test tube, largest (20X150m)
Disposable
5. filter paper
6. 10ml disposable pipets
7. pH paper
Short term use equipment
2. crucible with cover
6. funnel
9. Thermometer
Long term use equipment
1. bunsen burner
3. crucible tongs
7. One hole cork for large brtest tubes
7. Ring stands
7. O rings
8. utility clamp
8. buret clamp
8. Triangle
9. Hot plates
Vernier Probes
1. Temp probe
2. pH probes
3. Colorimeter probe/unit
2. Gas pressure probe (plastic tube with two Luer-lock connectors and rubber stopper assembly with two-way valve)
3. 20ml gas syringe
4. ORP probe (do not have cost $79 each)
Laboratory :
1. Determination of the formula of a compound. (1.5hs)a
crucible with cover, crucible tongs. triangle, ring stand, bunsen burner, filter paper, 125ml Erylmeyer flask, funnel
2. Determination of the percentage of water in a hydrate (1hr)(a)
crucible with cover, crucible tongs. triangle, ring stand, bunsen burner, filter paper, 125ml Erylmeyer flask, funnel
3. Determination of molar mass by vapor density (1.5hr)(b)
large test tube (13X100mm) and one hole cork, thermometer, 400ml beaker, hot plate
4. Determination of molar mass by freezing-point depression (2hr)(a)
Vernier temp probe, ring stand, utility clamp, 400ml beaker, largest test tube (18X150mm)
5. Determination of molar volume of a gas. (2hr)(a)
Vernier temp probe, Vernier pressure probe (plastic tube with two Luer-lock connectors and rubber stopper assembly with two-way valve), 20ml gas syringe, 600ml beaker, 125ml Erlenmeyer flask
6. Standardization of a solution using primary standard (2hr)(a)
Vernier pH probe, 50ml buret, 50ml graduated cylinder, 250ml beaker, disposable pipet (10ml)
7. Determination of concentration by acid-base titration, including weak acid or weak base (2hr)a,b
Vernier pH probe, 50ml buret, 50ml graduated cylinder, 250ml beaker, disposable pipet (10ml)
8. Determination of concentration by oxidation-reduction titration (2hr)c
25ml volumetric flask, 50ml buret, 250ml Erlenmeyer flask
9. Determination of mass and mole relationship in a chemical reaction (2hr)a
Vernier temp probe, 10ml graduated cylinder, 25ml graduated cylinder, 50ml graduated cylinder, 250ml beaker
10. Determination of the equilibrium constant for a chemical reaction (2hr)a
Vernier colorimeter, 50ml volumetric flasks, 10ml disposable pipets, small test tubes (20X150mm), 100ml beakers
11. Determination of appropriate indicators for various acid-base titration, pH determination (2hr)a
Vernier pH probe, 250ml beaker, 50ml graduated cylinder, ring stand, buret clamp, 50ml buret
12. Determination of the rate of a reaction and its order. (2hr)c
50ml Erlenmeyer flask, 10ml graduated cylinder, one-hole stopper attachment (see c for details)
13. Determination of enthalpy change associated with a reaction (2hr)a
25ml graduated cylinder, beaker, styrofoam cups, thermometer
14. Separation and qualitative analysis of cations and anions. (3+hr)b
test tubes, small (13X100mm), 10ml disposable pipets, pH paper
15. Synthesis of a coordination compound and its chemical analysis (2+hr)(b)
??????
16. Analytical gravimetric determination (1.5hr)(a,b)
????
17. Colorimetric or spectrophotometric analysis (2hr)(b)
18. Separation by chromatography (2hr)( b,c)
19. Preparation and properties of buffer solutions (1.5hr)b
20. Determination of electrochemical series (1hr)(a,b)
21. Measurement using electrochemical cells and electroplating (1.5hr)(a, c)
22. Sythnesis, purification and analysis of an organic compound (2+hr)(b)
test tube small (13X100mm), 250ml beaker, 400ml beaker, hot plate