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4. Include a graph (made in Excel) of In(rate) vs. 1/T (where T is in Kelvin). The slope of this line can be used to determin
Time Volume Vol S203 H2O 20 30 20 30 20 30 20 30 20 30 Vol HCI Temp Initial 5 10.2 20. 6 5 29. 7 45.2 53 5 Temp Final 9.6 19.


Arrhenius Equation k= A e-Ea/RT Ink = InA - Ea/RT In k = - Ea/RT + InA Ink = - Ea/R * 1/T + InA • This has the form of the eq
Estimate k • As stated before: rate = k [S2032-1m [H+] • For part B, (S2032.] and [H+] were the same for all experiments. Th
Construct new table & plot Run Initial Final Temp Temp Average Temperature Temp (Kelvin) 1/T (1/K) Time Rate (seconds) (K) ra
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Que giren K = A CERT Where: K= Ea= T = Rate con Activation Temp. Energy Ink = - Ea. I + In A TY = mx + c given | Rale & k a tx = 0.00331 y = - 4. 787 ag: 0.00341 2 = – 5.347 slope fg- 92 - Y, x2 - x, - 5.347 + 4.787 0.00341 - 0-00331 - 0.56 0.0ool sl

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