If the specific growth rate, μ. is constant with time during the exponential growth period, the equation correlating bacterial number density Cn), cell number concentration with respect to time can be expressed as-A-Cn= Cn0 exp[μ (t t0)]B-Cn0 = Cn exp[μ (t t0)]C-Cn/Cn0 =(1/μ)exp(t t0)D-Cn0 / Cn = (1/μ)exp(t t0)-A-Cn= Cn0 exp[μ (t t0)]

Question

If the specific growth rate, &mu;. is constant with time during the exponential growth period, the equation correlating bacterial number density Cn), cell number concentration with respect to time can be expressed as-A-Cn= Cn0 exp[&mu; (t t0)]B-Cn0 = Cn exp[&mu; (t t0)]C-Cn/Cn0 =(1/&mu;)exp(t t0)D-Cn0 / Cn = (1/&mu;)exp(t t0)-A-Cn= Cn0 exp[&mu; (t t0)]

APTITUDE CRACK · Accepted Answer

A Cn= Cn0 exp[&mu; (t t0)] No answer description is available.

Fermentation Kinetics - Medical Science

If the specific growth rate, μ. is constant with time during the exponential growth period, the equation correlating bacterial number density C_n), cell number concentration with respect to time can be expressed as

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Fermentation Kinetics - Medical Science

If the specific growth rate, μ. is constant with time during the exponential growth period, the equation correlating bacterial number density Cn), cell number concentration with respect to time can be expressed as

Solution

For help Students Orientation Mcqs Questions

If the specific growth rate, μ. is constant with time during the exponential growth period, the equation correlating bacterial number density C_n), cell number concentration with respect to time can be expressed as

For help Students Orientation
Mcqs Questions