Arrhenius equation may be written as:

Question

Arrhenius equation may be written as: (A) (d / d t) log k=-(Δ E / R T2) (B) (d / d t) log k=+(Δ E / R T2) (C) (d / d t) log k=-(Δ E / R T) (D) k=A e-Δ E / R T

Tardigrade Admin · Accepted Answer

Correct answer is (b) (d / d t) log k=+(Δ E / R T2)Correct answer is (d) k=A e-Δ E / R T

Q. Arrhenius equation may be written as:

$(d / d t) lo g k = - (Δ E / R T^{2})$

$(d / d t) lo g k = + (Δ E / R T^{2})$

$(d / d t) lo g k = - (Δ E / RT)$

$k = A e^{- Δ E / RT}$

Correct answer is (b) $(d / d t) lo g k = + (Δ E / R T^{2})$ Correct answer is (d) $k = A e^{- Δ E / RT}$

Q. Arrhenius equation may be written as:

(d/dt)logk=−(ΔE/RT2)

(d/dt)logk=+(ΔE/RT2)

(d/dt)logk=−(ΔE/RT)

k=Ae−ΔE/RT

Correct answer is (b) (d/dt)logk=+(ΔE/RT2) Correct answer is (d) k=Ae−ΔE/RT

$(d / d t) lo g k = - (Δ E / R T^{2})$

$(d / d t) lo g k = + (Δ E / R T^{2})$

$(d / d t) lo g k = - (Δ E / RT)$

$k = A e^{- Δ E / RT}$

Correct answer is (b) $(d / d t) lo g k = + (Δ E / R T^{2})$ Correct answer is (d) $k = A e^{- Δ E / RT}$