How we got (-dCA/dt), and Cap to find k' Please explain with all steps dC? dt From Figure E5-1.3, we found the slope to be 1.99 so that the reaction is said to be second order w.r.t. triphenyl methyl chloride. Excel plot to determine a and k 10.00 dCA = 0.00131.??9 dt Graphical Finite ?Polynomial mol Ax104 mol dm min 1.00 0.5 0.10 10 20

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dC?
dt
From Figure E5-1.3, we found the slope to be 1.99 so that the
reaction is said to be second order w.r.t. triphenyl met How we got (-dCA/dt), and Cap to find k'

Please explain with all steps

dC? dt From Figure E5-1.3, we found the slope to be 1.99 so that the reaction is said to be second order w.r.t. triphenyl methyl chloride. Excel plot to determine a and k 10.00 dCA = 0.0013€1.??9 dt Graphical Finite ?Polynomial mol Ax104 mol dm³ min 1.00 0.5 0.10 10 20 C?x10³ dm 100 To evaluate k', we can evaluate the derivative and CAP=20x10-3 mol/dm³, which is dCA = 0.5×10-4 mol/dm³. min dt ? then 0.5x10 mol/dm³. min = 0.125- (20×10-³ mol/dm³) k' = dC dt CAP dm³ mol min

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