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Figure 2 shows the mass of carbon dioxide dissolved in water at different temperatures. Figure 2 (d) Complete the table below. Use Figure 2. }(l) Water temperature in ( )^circ mathrm(C) & Mass of carbon dioxide in g dissolved in 1 mathrm(dm)^3 of water 5 & 15 & e) Calculate the difference in the mass of carbon dioxide dissolved in 1 mathrm(dm)^3 of water at 5^circ mathrm(C) and at 15^circ mathrm(C) Use the table above.

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Figure 2 shows the mass of carbon dioxide dissolved in water at different temperatures. Figure 2 (d) Complete the table below. Use Figure 2. }(l) Water temperature in ( )^circ mathrm(C) & Mass of carbon dioxide in g dissolved in 1 mathrm(dm)^3 of water 5 & 15 & e) Calculate the difference in the mass of carbon dioxide dissolved in 1 mathrm(dm)^3 of water at 5^circ mathrm(C) and at 15^circ mathrm(C) Use the table above.

Figure 2 shows the mass of carbon dioxide dissolved in water at different temperatures. Figure 2 (d) Complete the table below. Use Figure 2. }(l) Water temperature in ( )^circ mathrm(C) & Mass of carbon dioxide in g dissolved in 1 mathrm(dm)^3 of water 5 & 15 & e) Calculate the difference in the mass of carbon dioxide dissolved in 1 mathrm(dm)^3 of water at 5^circ mathrm(C) and at 15^circ mathrm(C) Use the table above.

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HarrietProfessional · Tutor for 6 years

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【Explanation】: <br />The problem presented involves the measurement of carbon dioxide upon its dissolution in water. However, the given data—represented loosely in a figure or a graph and then tabulated—is not provided explicitly to elaborate upon. Therefore, without the exact values we can't confidently infer the mass of carbon dioxide at different given temperatures - both at 5°C and 15°C.<br /><br />If these values were provided either from that figure or directly, the mass of carbon dioxide could be accurately completed in the table for those respective temperatures. Taking this one step further, by knowing these two values we'd then be able to accurately calculate the difference in carbon dioxide mass dissolved at 5°C and 15°C temperatures respectively.<br /><br />Hypothetically, if the table looked like this - <br /><br />|| Water temperature in °C | Mass of carbon dioxide|<br />|--- | --- | --- |<br />||5 | x1 g |<br />||15| x2 g |<br /><br />The difference in mass of carbon dioxide could be determined between the two temperatures by doing the simple subtraction of masses:<br /><br />Mass difference (g) = Mass CO₂ at 15°C (g) - Mass CO₂ at 5°C (g) = x2 - x1.<br /><br />Please note that given data must be available for a precise calculation.<br />---------------------------------------------------------------------<br />Regarding the control flow, in order to convert the data we obtained from this set of given conditions into an accurate output ,<br /><br /> * From temperature data, confirm the values of dissolved CO₂ at 5°C and 15°C.<br /> <br /> * Using tabulated observations respectively, compute the mass difference by simple subtraction.<br /> <br /> * Ensure both steps reconcile with given chart or data values and conclude satisfying final output protocol. <br /><br />--------------------------------------------------------------------------<br />To give more lucid thought process and better approximate value, please specify explicit baseline data for precise evaluation. For a clear answer, proper chart, graph or more details about "Figure 2" in the question is required. And the mass of carbon dioxide dissolved at "5°C" and "15°C" are needed for accurate calculation.
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