Editing Rate Of Reaction - Clock Lab With Temp Change
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<center><b>Rate of Reaction - Clock Lab with Temp Change</b></center> <br> Chemical Reactions<br> <br> <br> <br> <b>Effect of temperature on rate of reaction:</b><br> <i>Directions(Procedures)</i><br> <br> 1. Add 5mL of Solution A and 5ml of water into a 100mL beaker (Label A/water).<br> <br> <br> 2. Add 10mL of Solution B into another 100mL beaker (Label B).<br> <br> <br> 3. Place both 100mL beakers into the "cold water" bath and let solution get to temperature for 3-5mins.<br> <br> <br> 4. Once at temperature, pour Solution A/water into reaction beaker (another 100mL beaker) and then Solution B.<br> <br> <br> 5. Start recording time when Solution B is added to reaction beaker (i.e. Solution A/water).<br> <br> 6. When you "see change", record the time it took to get there, as Lower (cold) temp:.<br> <br> <br> 7. Repeat the same procedures (1-6) but just with the hot water bath. Record as Higher (Warmer) Temp.<br> <br> <br> <br> <br> <table bgcolor=beige border=2> <tr> <th colspan=8 align=center>Data Table: Volumes of Solutions vs. Reaction Rate</th> <tr> <tr> <th>Trial #</th> <th>Solution A</th> <th>Water</th> <th>Solution B</th> <th>Rate of Rxn(sec) <tr> <tr> <th>Trial 1 (Cold)</th> <th>5.0ml</th> <th>5.0ml</th> <th>10.0ml</th> <th>______________</th> <tr> <tr> <th>Trial 2 (Hot)</th> <th>5.0ml</th> <th>5.0ml</th> <th>10.0ml</th> <th>______________</th> <tr> <tr> </table> <br> <br> <br>
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