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en:ecovirt:roteiro:math:roteiros [2022/09/15 15:20]
adalardo
en:ecovirt:roteiro:math:roteiros [2022/09/15 15:28] (current)
adalardo [Integral and Differential Calculus]
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 Here you find that the exponential function is the limit of a discrete growth at a constant rate, when we make the time intervals very small. For this, we will go through the concept of derivatives and the notion of limit of a function. Here you find that the exponential function is the limit of a discrete growth at a constant rate, when we make the time intervals very small. For this, we will go through the concept of derivatives and the notion of limit of a function.
  
 +  * [[en:​ecovirt:​roteiro:​math:​exponencial|Growth rates, derivatives and exponential function]]
  
-  * [[en:​ecovirt:​tutorial:​math:​exponential|Growth rates, derivatives and exponential function]] 
  
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 Know the integral, inverse derivative operation. Learn the difference between definite and indefinite integrals. Know the integral, inverse derivative operation. Learn the difference between definite and indefinite integrals.
  
-  * [[en:​ecovirt:​script:​math:​integralr|Antiderivatives and definite integral]]+  * [[en:​ecovirt:​roteiro:​math:​integralr|Antiderivatives and definite integral]]
  
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 A differential equation is a relationship between the derivative of a function and some other mathematical function. Understand how these equations can be proposed and solved. A differential equation is a relationship between the derivative of a function and some other mathematical function. Understand how these equations can be proposed and solved.
  
-  * [[en:​ecovirt:​script:​math:​eq_difr|Introduction to differential equations]]+  * [[en:​ecovirt:​roteiro:​math:​eq_difr|Introduction to differential equations]]
  
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 Tutorials to solve differential equations with the help of computer programs. Computational numerical integration is the basic tool for mathematical modeling in biology. Tutorials to solve differential equations with the help of computer programs. Computational numerical integration is the basic tool for mathematical modeling in biology.
  
-  * [[en:​ecovirt:​script:​math:​numeric_int_ipython|Numerical integration of differential equations]]+  * [[en:​ecovirt:​roteiro:​math:​numeric_int_ipython|Numerical integration of differential equations]]
  
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 Does an ecological dynamic tend to a state of equilibrium?​ Does this equilibrium resist disturbances?​ Here's how to answer these questions with the help of calculus. Does an ecological dynamic tend to a state of equilibrium?​ Does this equilibrium resist disturbances?​ Here's how to answer these questions with the help of calculus.
  
-  * [[en:​ecovirt:​script:​math:​stabilitysage|Stability analysis]]+  * [[en:​ecovirt:​roteiro:​math:​stabilitysage|Stability analysis]]
  
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 ==== Random walks ==== ==== Random walks ====
  
-{{:ecovirt:script:​neutr1.jpg?​150 |}}+{{:ecovirt:roteiro:​neutr1.jpg?​150 |}}
  
 The [[http://​en.wikipedia.org/​wiki/​Markov_chain|Markov Chains]] are used to describe ecological dynamics. They are models of stochastic processes in which time is discrete, and at each interval the system can change state, with a certain probability. The probabilities of changing from one state to another depend only on the present state ((Therefore,​ they can be expressed in transition matrices from time t to time t+1, as in [[en:​ecovirt:​roteiro:​pop_str:​pstr_mtexcel|]] The [[http://​en.wikipedia.org/​wiki/​Markov_chain|Markov Chains]] are used to describe ecological dynamics. They are models of stochastic processes in which time is discrete, and at each interval the system can change state, with a certain probability. The probabilities of changing from one state to another depend only on the present state ((Therefore,​ they can be expressed in transition matrices from time t to time t+1, as in [[en:​ecovirt:​roteiro:​pop_str:​pstr_mtexcel|]]
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 See why a walking drunk will do poorly, even if on average he walks in a straight line. See why a walking drunk will do poorly, even if on average he walks in a straight line.
  
-  * [[:​ecovirt:​roteiro:​math:​drunkRcmdr|Random Walk Tutorial]]+  * [[:​ecovirt:​roteiro:​math:​bebadoRcmdr|Random Walk Tutorial]]
  
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en/ecovirt/roteiro/math/roteiros.1663266032.txt.gz ยท Last modified: 2022/09/15 15:20 by adalardo