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Questions and Answers
In the general form of reaction–diffusion systems, what does $q(x, t)$ represent?
In the general form of reaction–diffusion systems, what does $q(x, t)$ represent?
- Time variable
- Unknown vector function (correct)
- Local reaction matrix
- Diffusion coefficients
What physical phenomena do reaction–diffusion systems correspond to?
What physical phenomena do reaction–diffusion systems correspond to?
- Change in temperature over space
- Change in concentration of chemical substances over space and time (correct)
- Change in velocity of particles over time
- Change in pressure of gases over space
What type of equations do reaction–diffusion systems take the form of?
What type of equations do reaction–diffusion systems take the form of?
- Semi-linear parabolic partial differential equations (correct)
- Quadratic equations
- Linear equations
- Exponential equations
What kinds of patterns can be formed as solutions of reaction–diffusion equations?
What kinds of patterns can be formed as solutions of reaction–diffusion equations?
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Where are reaction–diffusion systems naturally applied, apart from chemistry?
Where are reaction–diffusion systems naturally applied, apart from chemistry?
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