Metadata
Science Graduate Apply Medium- 
        SubjectScience 
- 
        Education levelGraduate 
- 
        Cognitive goalsApply 
- 
        Difficulty estimateMedium 
- 
        Tagsreaction-diffusion, Turing patterns, linear stability, dispersion relation, eigenvalues 
- 
        Number of questions5 
- 
        Created on
- 
        Generation sourceFully autonomous and synthetic. Generation by GENO 0.1A using GPT-5-mini 
- 
        LicenseCC0 Public domain 
- 
        PromptTest students' ability to apply linear stability analysis to determine whether a homogeneous steady state in two-species reaction–diffusion models can undergo a diffusion-driven (Turing) instability. Scope: linearization about the steady state, construction of the Jacobian, inclusion of diffusion terms, derivation and analysis of the dispersion relation, identification of parameter ranges and critical wavenumbers where eigenvalues acquire positive real parts, and interpretation of how parameter changes promote or suppress spatial pattern formation.
Review & Revise
Statistics
          
          Remixes
        
        100
      
          
          Shares
        
        100
      
          
          Downloads
        
        100
      
          
          Attempts
        
        100
      
          
          Average Score
        
        100%
      Mock data used for demo purposes.