Does this experimental process support Hess's law suggest ways of improving your results?
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Does this experimental process support Hess's law? Suggest ways of improving your results. Yes, this experiment supports Hess's Law. The enthalpy of reactions 1 and 2 add up to the calculated enthalpy for reaction 3, even though it's not the same as the the accepted value.
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Explanation:
- Yes, this experimental process supports Hess’s Law.
- The enthalpy of reactions 1 and 2 add up to the calculated enthalpy for reaction 3, even though it's not the same as the accepted value.
- If the experiment takes place in a closed system or in lab, then no heat would be released into the surroundings.
- Instead of using a thin Styrofoam cup, one could use a thermos flask or calorimeter with multiple layers that has a vacuum between two of the layers.
- Vacuums have a 0-thermal conductivity, so no heat would be lost resulting in a more accurate data set.
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