The weight of cactus wrens in grams has been found to fit the logistic function with k=0.0125 and t the age in days. The initial weight is 2.37 g, and the maximum size is 31.8 g. (a) Find the growth function G(t) for cactus wrens. Find the weight and rate of growth at the following times. (b)1day (c) 4 days (d) 10 days (e) What happens to the rate of growth over time? (a) G(t)=(insert answer here) (Type an exact answer in terms of ee.)
The weight of cactus wrens in grams has been found to fit the logistic function with k=0.0125 and t the age in days. The initial weight is 2.37 g, and the maximum size is 31.8 g. (a) Find the growth function G(t) for cactus wrens. Find the weight and rate of growth at the following times. (b)1day (c) 4 days (d) 10 days (e) What happens to the rate of growth over time? (a) G(t)=(insert answer here) (Type an exact answer in terms of ee.)
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.7: Applications
Problem 14EQ
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The weight of cactus wrens in grams has been found to fit the logistic function with
k=0.0125
and t the age in days. The initial weight is
2.37 g, and the maximum size is 31.8 g.
(a) Find the growth function G(t) for cactus wrens.
Find the weight and rate of growth at the following times.
(b)1day
(c) 4 days
(d) 10 days
(e) What happens to the rate of growth over time?
(a)
G(t)=(insert answer here)
(Type an exact answer in terms of
ee.)
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