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4. H () + Br, (o)→ 2HB. 5. C,H (9) 2 (g) (g) C,H, + HI 2' '4(g) (6),

4. H () + Br, (o)→ 2HB. 5. C,H (9) 2 (g) (g) C,H, + HI 2' '4(g) (6),

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter11: Chemical Kinetics: Rates Of Reactions
Section11.7: Reaction Mechanisms
Problem 11.12E
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Answer 4 and 5 only

Taking this rate law, rate = k[A][B]. It indicates that if the concentration of A is doubled from 1.00 M to 2.00 M at constant concentration of B. the reaction rate is also doubled. Concentration of both A and B are double, the reaction rate is quadrupled. %3D Activity 4.4 Find the overall reaction order and the order of the individual reactants of each reaction. 1. NO10 + O > NO. 3(g) + O219) rate= k[NO,l[O,] 2(g) 3(g) 2(g) 2. 2NO + 2H, → Nao) + 2H,0 9) rate= k[NO]²[H,] (), 2(g) 2(g) rate= k[C,HJ 3. C,Halo)→ 2CH, + Br, (9) 3 (g) 4. H2 (9) → 2HBR (g) rate= k[H,][Br,] rate= k[C,H} 5. C,H (0) C,H) + HI 2' '4(g) (6), of reactions, you might be wondering
Transcribed Image Text:Taking this rate law, rate = k[A][B]. It indicates that if the concentration of A is doubled from 1.00 M to 2.00 M at constant concentration of B. the reaction rate is also doubled. Concentration of both A and B are double, the reaction rate is quadrupled. %3D Activity 4.4 Find the overall reaction order and the order of the individual reactants of each reaction. 1. NO10 + O > NO. 3(g) + O219) rate= k[NO,l[O,] 2(g) 3(g) 2(g) 2. 2NO + 2H, → Nao) + 2H,0 9) rate= k[NO]²[H,] (), 2(g) 2(g) rate= k[C,HJ 3. C,Halo)→ 2CH, + Br, (9) 3 (g) 4. H2 (9) → 2HBR (g) rate= k[H,][Br,] rate= k[C,H} 5. C,H (0) C,H) + HI 2' '4(g) (6), of reactions, you might be wondering
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