The growth of a population of bacteria in a beaker can be modeled by the exponential model: y = Poeht, where Po is the initial population density, t is the number of hours after the initial measure, and y is the population density at time t. (h is known as the relative (or exponential) growth rate of the population and can be influenced by the nutrients in the beaker. If you know how to make h large, you have the start of a good biotechnology venture.) If the initial density is Po = 0.1 cells per cubic millimeter, and 48 hours later the population density is 100 cells per cubic millimeter, what is the value of h ? Round h to 4 digits after the decimal point. Do not provide units.

The growth of a population of bacteria in a beaker can be modeled by the exponential model: y = Poeht, where Po is the initial population density, t is the number of hours after the initial measure, and y is the population density at time t. (h is known as the relative (or exponential) growth rate of the population and can be influenced by the nutrients in the beaker. If you know how to make h large, you have the start of a good biotechnology venture.) If the initial density is Po = 0.1 cells per cubic millimeter, and 48 hours later the population density is 100 cells per cubic millimeter, what is the value of h ? Round h to 4 digits after the decimal point. Do not provide units.

Name: This is question 9 from my homework, please help me! The growth of a p
Uploaded: 2024-03-20T07:06:27.000Z
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Description: This is question 9 from my homework, please help me! The growth of a population of bacteria in a beaker can bemodeled by the exponential model:y = Poeht,where Po is the initial population density, t is the number ofhours after the initial measure, an