Data Table
Data for Steps #1-3
Object Mass (grams)
Beaker 29.8 g
Beaker + Lithium hydroxide 30.1 g
Calculated amount of Lithium hydroxide 0.3 g
(30.1g - 29.8g = 0.3 g)
Observation for Step #6
When the lithium hydroxide was added to the hydrochloric
acid, the solution bubbled and a few of the crystals turned
clear as they began to dissolve. The reaction did not
create any temperature change that I could detect.
Data for Steps #1-3
Object Mass (grams)
Beaker 29.8 g
Beaker + Lithium hydroxide 30.1 g
Calculated amount of Lithium hydroxide 0.3 g
(30.1g - 29.8g = 0.3 g)
Observation for Step #6
When the lithium hydroxide was added to the hydrochloric
acid, the solution bubbled and a few of the crystals turned
clear as they began to dissolve. The reaction did not
create any temperature change that I could detect.
Calculation
Theoretical Mass of Lithium chloride produced
0.3 g LiOH x 1 mol LiOH x 1 mol LiCl x 42.391 g LiCl = 0.531 g LiCl
23.949 g LiOH 1 mol LiOH 1 mol LiCl
Theoretical Mass of Lithium chloride produced
0.3 g LiOH x 1 mol LiOH x 1 mol LiCl x 42.391 g LiCl = 0.531 g LiCl
23.949 g LiOH 1 mol LiOH 1 mol LiCl