Question 10 At 105°C, when 5.15 atm of MX2(g) were placed in a reaction vessel, 84.0% of it was found to have decomposed

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Question 10 At 105°C, when 5.15 atm of MX2(g) were placed in a reaction vessel, 84.0% of it was found to have decomposed

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Question 10 At 105 C When 5 15 Atm Of Mx2 G Were Placed In A Reaction Vessel 84 0 Of It Was Found To Have Decomposed 1
Question 10 At 105 C When 5 15 Atm Of Mx2 G Were Placed In A Reaction Vessel 84 0 Of It Was Found To Have Decomposed 1 (10.83 KiB) Viewed 11 times
Question 10 At 105 C When 5 15 Atm Of Mx2 G Were Placed In A Reaction Vessel 84 0 Of It Was Found To Have Decomposed 2
Question 10 At 105 C When 5 15 Atm Of Mx2 G Were Placed In A Reaction Vessel 84 0 Of It Was Found To Have Decomposed 2 (12.52 KiB) Viewed 11 times
Question 10 At 105 C When 5 15 Atm Of Mx2 G Were Placed In A Reaction Vessel 84 0 Of It Was Found To Have Decomposed 3
Question 10 At 105 C When 5 15 Atm Of Mx2 G Were Placed In A Reaction Vessel 84 0 Of It Was Found To Have Decomposed 3 (27.95 KiB) Viewed 11 times
Question 10 At 105°C, when 5.15 atm of MX2(g) were placed in a reaction vessel, 84.0% of it was found to have decomposed according to the following chemical equation MX2(g) = M(g) + 2X (g) Given the above information, calculate Kp (@ 105°C) for this reaction Only input 3 Significant Figures in the Answer Box.
Question 11 The AHyap for Compound A at its normal boiling point of 22°C is 35.8 kJ What would Kp for the following physical change at 69°C be? A(t) = A(g) Only input 3 Significant Figures in the Answer Box.
Question 14 Given the following generic reaction: 9 Z(g) + 3X(g) = 6 A(g) Calculate the Kc @ 25°C for the following reaction. 2 A(g) 32(g) + X(g) Only input 3 Significant Figures in the Answer Box. Kc = 0.00867 @25°C
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