Question

Otto 2/4 Ahvap = 0.6761078-5.0/CX 183.213/17.91 = 33.13 1288°C] b. How much energy must be removed to convert all 17.9 g of liquid acetic acid to solid acetic acid, assuming the acid is already at the freezing point of 10.01 See data sheet for helpful values (2 points) At mett-Att f = 0.185273kJ/9 IT freeze 0.185273x Isoroc/17.99 = 0.16570000000 1/2

Answer 1

Explanation:

It is given that mass of acetic acid is 17.9 g and freezing point is given as $10.01^{o}C$.

For acetic acid, $\Delta H_{f}$ = 0.185273 kJ/g

Therefore, total heat removed to convert 17.9 g of acetic acid from liquid to solid is as follows.

                 Q = $m \times \Delta H_{f}$

                     = $17.9 g \times 0.185273 kJ/g$

                     = 3.316386 kJ

Thus, we can conclude that 3.316386 kJ energy must be removed to convert all 17.9 g of liquid acetic acid to solid acetic acid.