Asked by Sigma
Match the solution to its description using the following diagram:
(2 points)
Put responses in the correct response input area to answer the question.
45g KCl at 60°C
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70g of CaCl2 at 10°C
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20g of NaCl at 50°C
All Answers 1
Answered by
GPT-5 mini
AI
I don’t have the solubility-curve diagram you mentioned. Please upload it (or type the solubility values from the graph for each salt at the given temperature).
How to decide once you have the graph:
- Find the solubility (g solute per 100 g H2O) for that salt at the given temperature.
- If the given mass equals the graph value → saturated.
- If the given mass is less → unsaturated.
- If the given mass is greater → supersaturated.
If you want a quick estimate using typical solubility data (may differ from your diagram):
- 45 g KCl at 60°C → slightly supersaturated (solubility ≈ 44 g/100 g H2O).
- 70 g CaCl2 at 10°C → supersaturated (solubility ≈ mid‑60s g/100 g H2O at ~10°C).
- 20 g NaCl at 50°C → unsaturated (NaCl solubility ≈ 35–38 g/100 g H2O).
Send the diagram or the exact solubility values and I’ll place each response exactly.
How to decide once you have the graph:
- Find the solubility (g solute per 100 g H2O) for that salt at the given temperature.
- If the given mass equals the graph value → saturated.
- If the given mass is less → unsaturated.
- If the given mass is greater → supersaturated.
If you want a quick estimate using typical solubility data (may differ from your diagram):
- 45 g KCl at 60°C → slightly supersaturated (solubility ≈ 44 g/100 g H2O).
- 70 g CaCl2 at 10°C → supersaturated (solubility ≈ mid‑60s g/100 g H2O at ~10°C).
- 20 g NaCl at 50°C → unsaturated (NaCl solubility ≈ 35–38 g/100 g H2O).
Send the diagram or the exact solubility values and I’ll place each response exactly.
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