For the following balanced equation: Calculate Δ1rand AS-from values in Table 6 and use des val 14. 4 Fe,O,(s) ·O,(g) a -392.3 J/mol b -338.smol -- I- tocalculate aa. at 500 K. 4410ml 15. Which...
For the following balanced equation: Calculate Δ1rand AS-from values in Table 6 and use des val 14. 4 Fe,O,(s) ·O,(g) a -392.3 J/mol b -338.smol -- I- tocalculate aa. at 500 K. 4410ml 15. Which of the folliowing reactions is expectod to harve a gef Pesitive AS valur? Many of the substanc physicall states below are net in Table 6. Use principles regarding the phy of gas molecules os each side to detemine wbether diserder substances or the nemb First, use Table 6 to calculate AG5 Foe the reaction belos 16. N,O(g) Then, use this value to calculate the equilabrium constant, K a. 0.15 b. 79 .67 4 0013 e 19 2NOCİ Suppose the reaction mechanism coesists of the following steps 17. Consider the overall reaction: 2NO+C,- NOCI,+ NO2NOCT (fast) According to the mechanism, what is the rate law for the overall reaction? d. Rate k/NOFICI,JI Rate kNoCHINO b. Rate- kNOf Ratc
For the following balanced equation: Calculate Δ1rand AS-from values in Table 6 and use des val 14. 4 Fe,O,(s) ·O,(g) a -392.3 J/mol b -338.smol -- I- tocalculate aa. at 500 K. 4410ml 15. Which of the folliowing reactions is expectod to harve a gef Pesitive AS valur? Many of the substanc physicall states below are net in Table 6. Use principles regarding the phy of gas molecules os each side to detemine wbether diserder substances or the nemb First, use Table 6 to calculate AG5 Foe the reaction belos 16. N,O(g) Then, use this value to calculate the equilabrium constant, K a. 0.15 b. 79 .67 4 0013 e 19 2NOCİ Suppose the reaction mechanism coesists of the following steps 17. Consider the overall reaction: 2NO+C,- NOCI,+ NO2NOCT (fast) According to the mechanism, what is the rate law for the overall reaction? d. Rate k/NOFICI,JI Rate kNoCHINO b. Rate- kNOf Ratc