2. Calculate the heat of solution per mole (kJ/mol) of the sample.

Extracted text: 2. Calculate the heat of solution per mole (kJ/mol) of the sample.
I. Heat of Solution. 1. Complete the table below. a) Mass of calorimeter 5.0 g b) Mass of calorimeter plus water 34.1 g c) Mass of ammonium chloride 1.6 g d) Initial temperature 30.0 °C e) Final temperature 26.5 °C 29.1 f) Mass of water, mH,0 (g) g) qH,0 for the reaction (J) 416T h) AHsoln (J)

I. Heat of Solution.<br>1. Complete the table below.<br>a) Mass of calorimeter<br>5.0 g<br>b) Mass of calorimeter plus water<br>34.1 g<br>c) Mass of ammonium chloride<br>1.6 g<br>d) Initial temperature<br>30.0 °C<br>e) Final temperature<br>26.5 °C<br>29.1<br>f) Mass of water, mH,0 (g)<br>g) qH,0 for the reaction (J)<br>416T<br>h) AHsoln (J)<br>

Extracted text: I. Heat of Solution. 1. Complete the table below. a) Mass of calorimeter 5.0 g b) Mass of calorimeter plus water 34.1 g c) Mass of ammonium chloride 1.6 g d) Initial temperature 30.0 °C e) Final temperature 26.5 °C 29.1 f) Mass of water, mH,0 (g) g) qH,0 for the reaction (J) 416T h) AHsoln (J)

Jun 11, 2022

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2. Calculate the heat of solution per mole (kJ/mol) of the sample.

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