The fitted function and its derivative will be used to compute average and instantaneous rates using...

 

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The fitted function and its derivative will be used to compute average and instantaneous rates using the following formulas. Average Rate between t₁ and t₂ = -2 1 [C(t₂) - C(t₁)] 2 (t₂-t1) Instantaneous Rate at t₁ (a) The average rate of the reaction between 10 and 20 s. ** The average rate between 10 and 20 seconds is 0.00935 M/s. (b) The instantaneous rate of the reaction at 30 s. ** The instantaneous rate at 30 seconds is 0.005997 M/s. (c) The instantaneous rate of formation of O₂ at 50 s. Rate = -2 2 1 dC(t₁) 2 dt 1d[H,O2_ d[0₂] dt dt = + (d) If the initial volume of the H₂O2 is 1.5 L, what total amount of O2 (in moles) is formed in the first 50 s of reaction? ** Hint: T ** The instantaneous rate of formation of oxygen at 50 seconds is 0.0033 M/s. A[H202] = [H₂02]508 - [H₂O2]08 The fitted function and its derivative will be used to compute average and instantaneous rates using the following formulas. Average Rate between t₁ and t₂ = -2 1 [C(t₂) - C(t₁)] 2 (t₂-t1) Instantaneous Rate at t₁ (a) The average rate of the reaction between 10 and 20 s. ** The average rate between 10 and 20 seconds is 0.00935 M/s. (b) The instantaneous rate of the reaction at 30 s. ** The instantaneous rate at 30 seconds is 0.005997 M/s. (c) The instantaneous rate of formation of O₂ at 50 s. Rate = -2 2 1 dC(t₁) 2 dt 1d[H,O2_ d[0₂] dt dt = + (d) If the initial volume of the H₂O2 is 1.5 L, what total amount of O2 (in moles) is formed in the first 50 s of reaction? ** Hint: T ** The instantaneous rate of formation of oxygen at 50 seconds is 0.0033 M/s. A[H202] = [H₂02]508 - [H₂O2]08