72] was equal to - 6.3 X 104 M. The average class time of Run #3 was 1 min 25 s. Calculate the rage rate of Run #3 with respect to peroxydisulfate. 50 x 10-6 M s-1 + 5.0 x 10-4 M min-1 RM = A [ S208 2 ] 6.3 X 10 MX 6.3 x 10-4 M min-1 Atm 4.4 x 10-6 M s-1 -60 m /m 7.4 X 10-6 M s-1 1/Temp (1/K) A student produced the graph on the left. 0.00 Which of the following results did they get 2.80E-03 3.00E-03 3.20E-03 3.40E-03 3.60E-03 from this graph? -1.00 The order of S2082- is one. The order of I- is one. -2.00 The activation energy is 474 J mol- 1 d. The activation energy is 3.93 kJ mol-0 -3.00 y = -3939.7x + 8.0685 R2 = 0.9508 e. The activation energy is 32.8 kJ mol-1 LN(rate constant, k) -4.00 . . . . . . . . . . .. -5.00 . . . . ........ -6.00 -7.00 dium Hydroxide Reaction[-HOINT R2 = 0.9863 y = 1.5942x + 4.7859 . . . . . . ..... N . . . er 0 466 ..d 1. 59 4. 663 7+ 10-1 A LN( K') x Ratek = e Order of Hydroxide cy - int+ ) 1.20 x 102 M-1 min-10 1.20 x 102 M min-1 CD 1.59 M-1 min-1 4.79 M min-1 right. Calculate the rate constant, k. 4.79 M-1 min-1 A student produced the graph on the 16. TEXAS INSTRUMENTS ]-3OXIIS SCIENG INS 2nd DRG DEL LOG PRB EXIT STAT Ab/c DATA STATVA JAN COS TAN