The equation below represents two processes that take place without any change in temperature I. HO(s)...

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The equation below represents two processes that take place without any change in temperature I. H₂O(s) → H₂O (1) II. CdCL 2(s)→ Cd²+ (1) + 2C1) Explain why although heat is required for each of the process to take (1 mk) place the temperature remains constant in both processes (b) Which of the two has a higher enthalpy change (H)? Give a reason (2. mks) (a) The equation below represents two processes that take place without any change in temperature I. H₂O(s) → H₂O (1) II. CdCL 2(s)→ Cd²+ (1) + 2C1) Explain why although heat is required for each of the process to take (1 mk) place the temperature remains constant in both processes (b) Which of the two has a higher enthalpy change (H)? Give a reason (2. mks) (a)

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a In both processes I HOs HOg and II CdCL2s Cd 1 2Cl1 the heat that is added is b... View the full answer