50. Fungal Growth As a fungus grows, its rate of growth changes. Young fungi grow exponentially, while in larger fungi growth slows, and the total dimensions of the fungus increase as a linear function of time. You want to build a mathematical model that describes the two phases of growth. Specifically if R(f) is the rate of growth given as a function of time, t, then you model 2e if 0t < tc la if t > tc R(t) where te is the time at which the fungus switches from exponential to linear growth and a is a constant a. For what value of a is the function R(t) continuous at t te? (Your answer will include the unknown constant te) b. Assume that te = 2. Draw the graph of R(t) as a function of t
50. Fungal Growth As a fungus grows, its rate of growth changes. Young fungi grow exponentially, while in larger fungi growth slows, and the total dimensions of the fungus increase as a linear function of time. You want to build a mathematical model that describes the two phases of growth. Specifically if R(f) is the rate of growth given as a function of time, t, then you model 2e if 0t < tc la if t > tc R(t) where te is the time at which the fungus switches from exponential to linear growth and a is a constant a. For what value of a is the function R(t) continuous at t te? (Your answer will include the unknown constant te) b. Assume that te = 2. Draw the graph of R(t) as a function of t
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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As a fungus grows, its rate of growth changes. Young fungi grow exponentially, while in larger fungi growth slows, and the total dimensions of the fungus increase as a linear function of time. You want to build a mathematcal model that describes the two phases of growth. Specifically if R(t) is the rate of growth given as a function of time, t, then you model.
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