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05-exercises.Rmd
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05-exercises.Rmd
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`r if (knitr::is_html_output()) '
# List of Exercises {-}
'`
Exercises | Name | Solution (Python)
- | - | -
\@ref(exr:it003001) |Operation of a cooled exothermic CSTR| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_005CSTRStability.ipynb)
\@ref(exr:it003002) |Non-rigorous coil design for a CSTR| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_006CSTRCoil.ipynb)
\@ref(exr:it003003) |Heat transfer requirement for multiple CSTRs|
\@ref(exr:it003004) |Effect of the rate laws over PFR performance| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_007PFRisoNorders.ipynb)
\@ref(exr:it003005) |Heat transfer requirement for a PFR| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_008PFRadiabatico.ipynb)
\@ref(exr:it003006) |Parallel Reactions in a PFR with Heat Effects| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_009PFRpararellRx.ipynb)
\@ref(exr:it003007) |Autocatalytic reaction| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_011PFRReciclo.ipynb)
\@ref(exr:it003008) |Comparing PFRs performance| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_012PFRadiabatico.ipynb)
\@ref(exr:it003009) |The locus of maximum reaction rates| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_013ThermoMaxExothemica.ipynb)
\@ref(exr:it003010) |Calculation of the optimal temperature| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_014raMaxExothemica.ipynb)
\@ref(exr:it003011) |Reversible exothermic reaction| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_016CSTROptimization.ipynb)
\@ref(exr:it003012) |Non-isothermal reactors with interstage cooling| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_018CSTRLecho.ipynb)
\@ref(exr:it003013) |Heat requirement for a Batch reactor| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_019BatchReactorHX.ipynb)
\@ref(exr:it003014) |Dynamic simulation of a non-isothermal batch reactor| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_020BatchReactorDyn.ipynb)
\@ref(exr:it004001) |Calculations of RTD and distribution functions curves from pulse impulse method| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_021RTDimpulse.ipynb)
\@ref(exr:it004002) |Calculations of RTD and distribution functions curves from step change method| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_022RTDstep.ipynb)
- | Using RTDs as diagnotic tools | [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_023RTDasDiagnosticTool.ipynb)
\@ref(exr:it004003) |Calculation of conversion based on RTD| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_024RTDconversion.ipynb)
- | Response of in-serie-tanks model | [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_025lect_025in-tank-serie.ipynb)
\@ref(exr:it004004) |Estimate the number of tanks based in Tanks-in-serie model| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_026numberofTanks.ipynb)
\@ref(exr:it004005) |Comparison in conversion calculation for a non-ideal flow reactor| [link](https://github.com/aliglara/ebook_che5314_ucv/blob/main/codes/lect_027nonidealmodels.ipynb)