Final answer:
To determine the number of grams of KClO₃ to create a saturated solution at 10°C, one needs the solubility data from Reference Table G, which specifies the solubility at various temperatures. The exact amount would be the solubility value at 10°C.
Step-by-step explanation:
The question is asking for the amount of KClO₃ that must be dissolved in water at 10°C to create a saturated solution. To answer this question, you would typically refer to a solubility curve specified in Reference Table G. This table would provide the solubility of KClO₃ at various temperatures including at 10°C. Unfortunately, the solubility of KClO₃ at 10°C is not provided in the given information. Normally, if you would look at the solubility curve, it would show a specific amount of KClO₃ (in grams) that could be dissolved in 100 grams of water at 10°C to reach saturation.
Assuming you had access to Reference Table G, you would find the solubility for KClO₃ at 10°C, which might be, for example, X grams per 100 grams of water. That value, X, would be the amount needed to create a saturated solution at that temperature. Without the actual solubility data available, we cannot provide a specific number of grams for KClO₃.