Consider the coagulation of a protein at 100°C. The first-order reaction has an activation energy of 69 kJ/mol. If the protein takes 5.4 minutes to coagulate in boiling water at 100°C, then how long will it take to coagulate the protein at an altitude where water boils at 81°C?

Q: Consider the coagulation of a protein at 100°C. The first-order reaction has an activation energy of…

A: Given information, Activation energy (Ea) = 69 kJ/mol T1 = 100°C = 100 + 273 = 373 K  T2 = 80°C = 80…

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A: It is given that: T1: Initial Temperature (100oC = 100+273.15 = 373.15 K) T2: Final Temperature at…

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A: Let  T1 = 100 °C = (100 + 273.15)K = 373.15 K Ea = 69 kJ/mole = 69000 J/mole t1 = 5.4 minutes  T2 =…

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A: We have to find time for coagulation the protein at an altitude where water boils at 81°C

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A: Given Ea (activation energy) = 69 kJ/mol T1 = 100°C,  t1 = 5.4 min T2 = 86°C, t2 = ?

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