4.99 g of a solid (84.4 g mol-1) was dissolved in liquid water in a calorimeter with a calorimeter constant of 56.9J K-1. Prior to mixing everything was equilibrated to 69.6 °C. The resulting solution...


4.99 g of a solid (84.4 g mol-1) was dissolved in liquid water in a calorimeter with a calorimeter constant of 56.9J K-1. Prior to mixing everything was<br>equilibrated to 69.6 °C.<br>The resulting solution with a mass of 17.2 g was observed to be at a temperature of 52.0 °C and have a specific heat capacity of 4.22 J g-1 K-1.<br>Determine g per mole for this dissolution process.<br>Oa. -5.59 x 105 J/mol<br>Ob. 3.85 x 104 J/mol<br>Oc. -2280 J/mol<br>Od. 2280 J/mol<br>Oe. -2.16 x 104 J/mol<br>

Extracted text: 4.99 g of a solid (84.4 g mol-1) was dissolved in liquid water in a calorimeter with a calorimeter constant of 56.9J K-1. Prior to mixing everything was equilibrated to 69.6 °C. The resulting solution with a mass of 17.2 g was observed to be at a temperature of 52.0 °C and have a specific heat capacity of 4.22 J g-1 K-1. Determine g per mole for this dissolution process. Oa. -5.59 x 105 J/mol Ob. 3.85 x 104 J/mol Oc. -2280 J/mol Od. 2280 J/mol Oe. -2.16 x 104 J/mol

Jun 07, 2022
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