biology
 👍 0
 👎 0
 👁 185
Respond to this Question
Similar Questions

algebra
An initial population of 298 quail increases at an annual rate of 8%. Write an exponential function to model the quail population. What will the approximate population be after 3 years f(x)=298(1.08)^x;375 f(x)=298(0.08)^x;153
asked by Helen on January 12, 2014 
Science
Please, help me! Differentiate a logistic growth pattern from an exponential growth pattern.
asked by Victoria on December 7, 2015 
algebra 2 please help :(
Let f(x)=201+9eā3x . What is the point of maximum growth rate for the logistic function f(x)=20/1+9e^3x ? Round your answer to the nearest hundredth. (0, 2)
asked by meow on May 3, 2017 
Calculous Pre
A population grows from 11,000 to 15,000 in three years. Enter your answers to three decimal places. Assuming the growth is exponential, find the growth rate and continuous growth rate Growth rate ______ %? Continuous rate
asked by Serena on October 3, 2014 
Ecology
Assuming logistic growth, if I told you there are currently 100 quail on campus, with r=0.1, but that they have greatly exceeded their carrying capacity = K = 50. How many quail will be in the population next generation? So r is
asked by Kyle on March 6, 2015

diffeq
Suppose a species of fish in a particular lake has a population that is modeled by the logistic population model with growth rate k, carrying capacity N, and time t measured in years. Suppose the growthrate parameter k=.3 and the
asked by Mischa on February 4, 2009 
Biology  population growth
Two yeast cells were placed into a special container to which food was continually added, to keep it at a constant concentration. All other factors were set for optimal yeast growth (for example, temperature, oxygen, and pH). The
asked by Maria on January 24, 2019 
Math
Assume the carrying capacity of the earth is 9 billion. Use the 1960s peak annual growth rate of 2.1ā% and population of 3 billion to predict the base growth rate and current growth rate with a logistic model. Assume a current
asked by Sarah on March 26, 2017 
Bio/Math
A population of glasswing butterflies exhibits logistic growth. The carrying capacity of the population is 200 butterflies, and rmax, the maximum per capita growth rate, of the population is 0.10 butterflies/(butterflies*month).
asked by Anon on September 22, 2013 
Math
A population doubles every 18 years. Assuming exponential growth find the following: (a) The annual growth rate: (b) The continuous growth rate is
asked by George Carl on April 10, 2018
You can view more similar questions or ask a new question.