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The relationship between the half-life time and the rate constant of a zero order reaction is given by a. t1/2 = In 2/k b. t y = k Co C. t 2 = Co / (2k) d. t 2 = 1/(k Co) e. t ½ In (k co)

The relationship between the half-life time and the rate constant of a zero order reaction is given by a. t1/2 = In 2/k b. t y = k Co C. t 2 = Co / (2k) d. t 2 = 1/(k Co) e. t ½ In (k co)

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The relationship between the half-life time and the rate constant of a zero order reaction is given by: a. \( t_{1/2} = \ln 2 / k \) b. \( t_{1/2} = k \cdot c_0 \) c. \( t_{1/2} = c_0 / (2k) \) d. \( t_{1/2} = 1 / (k \cdot c_0) \) e. \( t_{1/2} = \ln (k \cdot c_0) \)
Transcribed Image Text:The relationship between the half-life time and the rate constant of a zero order reaction is given by: a. \( t_{1/2} = \ln 2 / k \) b. \( t_{1/2} = k \cdot c_0 \) c. \( t_{1/2} = c_0 / (2k) \) d. \( t_{1/2} = 1 / (k \cdot c_0) \) e. \( t_{1/2} = \ln (k \cdot c_0) \)
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