In a study of a marine tubeworm, scientists developed a model for the time T (measured in years) required for the tubeworm to reach a length of L meters. On the basis of their model, they estimate that 170 to 250 years are required for the organism to reach a length of 2 meters, making this tubeworm the longest-lived noncolonial marine invertebrate known. The model is given below. T = 20ebL − 28 b Here b is a positive constant that requires estimation. What is the value of b if an estimate of 175 years to reach a length of 2 meters is correct? (Round your answer to two decimal places.) b = What is the value of b if an estimate of 230 years to reach a length of 2 meters is correct? (Round your answer to two decimal places.) b =
In a study of a marine tubeworm, scientists developed a model for the time T (measured in years) required for the tubeworm to reach a length of L meters. On the basis of their model, they estimate that 170 to 250 years are required for the organism to reach a length of 2 meters, making this tubeworm the longest-lived noncolonial marine invertebrate known. The model is given below.
| 20ebL − 28 |
| b |
Here b is a positive constant that requires estimation. What is the value of b if an estimate of 175 years to reach a length of 2 meters is correct? (Round your answer to two decimal places.)
What is the value of b if an estimate of 230 years to reach a length of 2 meters is correct? (Round your answer to two decimal places.)
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