Kinetics Comparison |
Students build a model of a zero, then first and finally second order
reaction. The model shown here combines the three. Students can then
compare the effects on the graph.
First_A(t) = First_A(t - dt) + (- Rate_decompose_first_A) * dt INIT First_A = 5 OUTFLOWS: Rate_decompose_first_A = First_A*Rate_constant Second_A(t) = Second_A(t - dt) + (- Rate_decompose_second_A) * dt INIT Second_A = 5 OUTFLOWS: Rate_decompose_second_A = Rate_constant*Second_A^2 Zero_A(t) = Zero_A(t - dt) + (- Rate_decompose_zero_A) * dt INIT Zero_A = 5 OUTFLOWS: Rate_decompose_zero_A = Rate_constant Rate_constant = 0.1 Time SpecsRange: 0-12 , dT = 0.25 , Integration Method = Euler |
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