True
Fungi
indirect contact transmission
Insights into the nature of wave propagation that are radically new and qualitative come from the nonlinear theory of gas dynamics.
In the year 1985's Viscoelasticity and Rheology Associated terms Deflection Amplitudes Border Situation Theory of Shells Dynamic Force Continuum Theory Nonlinear functions include, for instance: Given that it is a quadratic function, f(x) = x2 is nonlinear. Given that it is an exponential function, f(x) = 2x is nonlinear. As it stands, f(x) = x3 - 3x is nonlinear. A nonlinear equation is one in which the highest degree of any term is two or greater. Since equation 1 has the highest degree of 2, and equation 2 involves variables x and y, this is an example of a nonlinear equation. + 2x + 1 = 0, 3x + 4y = 5, etc.
The dependant variable in a differential equation needs to be of the first degree for it to be linear. Since x2 is not a first power in the equation x+x2=0, it is not a linear differential equation. Examples of Variables and Nonlinear Relationships Quadratic Relationships, as an example. Cubic relationships, as an example. Exponential Relationships, Example 3. Logarithmic Relationships, Example 4. Cosine Relationships, Example 5. Further Resources.
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The answer is C genetics is something you can't control
Heavy industry, manufacturing and agriculture are three of the major causes of pollution of the Great Lakes system. The production of persistent organic pollutants (POPs) such as PCBs, DDT and dioxins, had previously been of principal concern. This does not account for all of the pollution, but are a majority of the blame. Chemical pollution, Plastic pollution, and Nutrient pollution have been devastating to The Great Lakes.
The causes of freshwater pollution are varied and include industrial wastes, sewage disposal, runoff from farmland, cities, and factory effluents, and the build-up of sediment. Emissions from factories and vehicles are released into the air.
Therefore, answers should be:
Industrial waste, sewage disposal and, runoff.
Explanation:
Health, population, and environment are interrelated in many ways.
If we are observing one individual person and the health of that person we can see that the health of this individual is associated with the environment where that person is living. Rapid population growth is provoking massive environmental degradation because where there are much people, the environment can face great degradation.
