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Question

A 15.0 g mixture of LiCl and KNO₃ are dissolved in 150.0 g of water, causing the temperature to increase by 1.68 ºC. Using the heats of dissolution of each component, calculate the mass of each component of the mixture. Use the specific heat of water for the solution.

Accepted Answer

5.2 g LiCl and 9.8 g KNO₃

Answer

3.7 g LiCl and 11.3 g KNO₃

Answer

6.7 g LiCl and 8.3 g KNO₃

Answer

7.2 g LiCl and 7.8 g KNO₃

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A 15.0 g mixture of LiCl and KNO₃ are dissolved in 150.0 g of water, causing the temperature to increase by 1.68 ºC. Using the heats of dissolution of each component, calculate the mass of each component of the mixture. Use the specific heat of water for the solution.

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A 15.0 g mixture of LiCl and KNO3 are dissolved in 150.0 g of water, causing the temperature to increase by 1.68 ºC. Using the heats of dissolution of each component, calculate the mass of each component of the mixture. Use the specific heat of water for the solution.

A 15.0 g mixture of LiCl and KNO₃ are dissolved in 150.0 g of water, causing the temperature to increase by 1.68 ºC. Using the heats of dissolution of each component, calculate the mass of each component of the mixture. Use the specific heat of water for the solution.