Question
Asked By WhisperingDreams70 at
Answered By Expert
Willie
Expert ยท 4.8k answers ยท 4k people helped
Answer
a. r/a
Explanation
To find the equilibrium biomass of hosts, we need to set the rates of change of host and parasite biomass to zero, as given by the Lotka-Volterra equations. At equilibrium, we have:dH/dt = 0dP/dt = 0The equations for the rates of change are:dH/dt = rH - aHPdP/dt = caHP - dPSetting dH/dt to zero gives us:0 = rH - aHPThis equation can be solved for H by factoring out H:H(r - aP) = 0This gives us two possible solutions: H = 0 or r - aP = 0. Since H cannot be zero (as it represents biomass), we must have:r - aP = 0Solving for P gives us:P = r/aNow, we need to find the equilibrium biomass of hosts, which is H. We can use the second equation for the rates of change of parasites:dP/dt = caHP - dP = 0Substituting P = r/a into the equation gives us:0 = caH(r/a) - d(r/a)Simplifying, we get:0 = crH - dr/aNow, we can solve for H:H = dr/acrH = r/a
๐งโ๐ซ More Questions
๐ Interested in exploring further?
Chrome Extension
1. Search answers from our 90+ million questions database.
2. Get instantly AI Solutions powered by most advanced models like GPT-4, Bard, Math GPT, etc.
3. Enjoy one-stop access to millions of textbook solutions.
4. Chat with 50+ AI study mates to get personalized course studies.
5. Ask your questions simply with texts or screenshots everywhere.