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