A sealed 1.00L flask is charged with 0.500 mol of I, and 0.500 mol of Br. An equilibrium reaction ensues: 12 (g) + Br2 (g) = 2 IBr (g) When the container contents achieve equilibrium, the flask contains 0.84 mol of IBr. The value of K is Select one: O a. K= 6.10 O b. K= 2.82 OC K =882 Od. K= 110 2eK=131

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c. HF & HCIO4
d. HBr & LIOH
e. CH3COOH & KOH
A sealed 1.00L flask is charged with 0.500 mol of I, and 0.500 mol of Br2. An equilibrium reaction ensues:
12 (g) + Br2 (g) =2 IBr (g)
When the container contents achieve equilibrium, the flask contains 0.84 mol of IBr.
The value of K is
Select one:
O a. K= 6.10
O b. K = 2.82
OC K = 882
Od. K= 110
Oe K= 131
en 13
The heat capacity of silver (Ag. 107.9 g maol), is 0.232 J g'K Calculate the energy needed to heat 2e mo
saved
II
Transcribed Image Text:c. HF & HCIO4 d. HBr & LIOH e. CH3COOH & KOH A sealed 1.00L flask is charged with 0.500 mol of I, and 0.500 mol of Br2. An equilibrium reaction ensues: 12 (g) + Br2 (g) =2 IBr (g) When the container contents achieve equilibrium, the flask contains 0.84 mol of IBr. The value of K is Select one: O a. K= 6.10 O b. K = 2.82 OC K = 882 Od. K= 110 Oe K= 131 en 13 The heat capacity of silver (Ag. 107.9 g maol), is 0.232 J g'K Calculate the energy needed to heat 2e mo saved II
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