#6: Polystyrene (CAS# 9003-53-6) can be produced in 60°C toluene using a di-t-butylperoxide initiator. For a solution containing 0.04-mol/L of initiator and a 2-mol/L monomer concentration, Ri and R, are 1 6x10-10 M/s and 6.4x10-7 M/s, respectively. Calculate fka and kp/k/ for this reaction scenario.

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#6: Polystyrene (CAS# 9003-53-6) can be produced in 60°C toluene using a di-t-butylperoxide
initiator. For a solution containing 0.04-mol/L of initiator and a 2-mol/L monomer concentration, Ri
and Rp are 1 6x10-10 M/s and 6.4x10-7 M/s, respectively. Calculate fka and kp/k/ for this reaction
scenario.
Transcribed Image Text:#6: Polystyrene (CAS# 9003-53-6) can be produced in 60°C toluene using a di-t-butylperoxide initiator. For a solution containing 0.04-mol/L of initiator and a 2-mol/L monomer concentration, Ri and Rp are 1 6x10-10 M/s and 6.4x10-7 M/s, respectively. Calculate fka and kp/k/ for this reaction scenario.
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