III. Heat of Fusion. 5. Complete the table below. a. Mass of empty calorimeter 3.41 g b. Mass calorimeter + initial water 102.66 g c. Initial temperature of water 30.8 °C d. Final temperature of water...

III.<br>Heat of Fusion.<br>5. Complete the table below.<br>a. Mass of empty calorimeter<br>3.41 g<br>b. Mass calorimeter + initial water<br>102.66 g<br>c. Initial temperature of water<br>30.8 °C<br>d. Final temperature of water<br>14.6 °C<br>e. Mass calorimeter + final water<br>120.20 g<br>e. Change in temperature, AT (°C)<br>f.<br>Mass of melted ice (g)<br>9. Ян,о (J)<br>h. qice (J)<br>i.<br>qmelted ice (J)<br>j. AHfus (J)<br>k. Molar heat of fusion (kJ/mol)<br>(Moles of ice = mass melted ice/molar mass water)<br>

Extracted text: III. Heat of Fusion. 5. Complete the table below. a. Mass of empty calorimeter 3.41 g b. Mass calorimeter + initial water 102.66 g c. Initial temperature of water 30.8 °C d. Final temperature of water 14.6 °C e. Mass calorimeter + final water 120.20 g e. Change in temperature, AT (°C) f. Mass of melted ice (g) 9. Ян,о (J) h. qice (J) i. qmelted ice (J) j. AHfus (J) k. Molar heat of fusion (kJ/mol) (Moles of ice = mass melted ice/molar mass water)

Jun 10, 2022

SOLUTION.PDF

III. Heat of Fusion. 5. Complete the table below. a. Mass of empty calorimeter 3.41 g b. Mass calorimeter + initial water 102.66 g c. Initial temperature of water 30.8 °C d. Final temperature of water...

Get Answer To This Question

Related Questions & Answers

Submit New Assignment