Answer: Need steps to solutions. Thank you Predict whether the equilibrium for t

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Need steps to solutions. Thank you

Predict whether the equilibrium for the photosynthesis reaction described by the equation 6CO2(g) + 6H2O(l) C6H12O6(s) + 6O2(g) DeltaH0 = 2801.69 kJ/mol would (i) shift to the right, (ii) shift to the left, or (iii) remain unchanged if (a) [CO2] were decreased; (b) Po2 were increased; (c) one half of the C6H12O6 were removed; (d) the total pressure were decreased; (e) the temperature were increased; (f) a catalyst were added. (a) 270. kJ/mol (b) 7.7 times 10-14 s-1 (c) 730. K

Explanation / Answer

a. if Co2 were decreased the reaction will shift to the right forming the products. b. increase in pressure will cause no change because there are equal amount of moles of gas on each side. c. Removing C6H12O6 will cause it to shift to the right producing products. d. Again pressure change will have no effect no change e. The reaction is endothermic since H is positive. So increasing temperature will shift to right. f. Adding catalyst will not have any effect.

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