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3. Consider the possibility of substituting a glass beaker for the Styrofoam cup for the calorimeter when doing the experiment described in this module. (1) Would you expect the calorimeter constant of the cup to be larger, smaller, or the same as that of the beaker? Briefly explain. nbsge ordT 20TA od of brinol zEW TA boe 82.8 esw Indanoo Tolomirolm sfT Im E0.1 2cw viiarrsb alt bre (2) Would you expect the AHneutzn to be larger, smaller, or the same when using the beaker instead of the cup? Briefly explain.

3. Consider the possibility of substituting a glass beaker for the Styrofoam cup for the calorimeter when doing the experiment described in this module. (1) Would you expect the calorimeter constant of the cup to be larger, smaller, or the same as that of the beaker? Briefly explain. nbsge ordT 20TA od of brinol zEW TA boe 82.8 esw Indanoo Tolomirolm sfT Im E0.1 2cw viiarrsb alt bre (2) Would you expect the AHneutzn to be larger, smaller, or the same when using the beaker instead of the cup? Briefly explain.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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1) Would you expect the calorimeter constant of the cup to be larger, smaller, or the same as that if the beaker? Briefly explain.
**Experiment Consideration: Substituting a Glass Beaker for a Styrofoam Cup** **3. Consider the possibility of substituting a glass beaker for the Styrofoam cup for the calorimeter when doing the experiment described in this module.** (1) Would you expect the calorimeter constant of the cup to be larger, smaller, or the same as that of the beaker? Briefly explain. (2) Would you expect the ΔH_reaction to be larger, smaller, or the same when using the beaker instead of the cup? Briefly explain. **Answer:** - **(1)** Explanation of expected changes in the calorimeter constant when replacing the Styrofoam cup with a glass beaker. - **(2)** Explanation of expected changes in the enthalpy change (ΔH_reaction) when using the beaker rather than the Styrofoam cup. *Note: The explanations should address how the thermal properties of glass and Styrofoam might affect heat retention and transfer during the experiment.*
Transcribed Image Text:**Experiment Consideration: Substituting a Glass Beaker for a Styrofoam Cup** **3. Consider the possibility of substituting a glass beaker for the Styrofoam cup for the calorimeter when doing the experiment described in this module.** (1) Would you expect the calorimeter constant of the cup to be larger, smaller, or the same as that of the beaker? Briefly explain. (2) Would you expect the ΔH_reaction to be larger, smaller, or the same when using the beaker instead of the cup? Briefly explain. **Answer:** - **(1)** Explanation of expected changes in the calorimeter constant when replacing the Styrofoam cup with a glass beaker. - **(2)** Explanation of expected changes in the enthalpy change (ΔH_reaction) when using the beaker rather than the Styrofoam cup. *Note: The explanations should address how the thermal properties of glass and Styrofoam might affect heat retention and transfer during the experiment.*
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