Home > This assignment is Report on Molecular Motors about Markov process for flipper motion and write answers.
This assignment is Report on Molecular Motors about Markov process for flipper motion and write answers.
This assignment is Report on Molecular Motors. The writer should research about Markov process for flipper motion and write answers.
Report on Molecular Motors-Markov process for flipper motion
Report on Molecular Motors The report on the molecular motors consists of answers to the fol-lowing questions. The answers should be complete and written in such a way that the Chemist (who doesn’t know anything about the project other than the structure of the molecules) can understand them. The structure of the report should follow the questions below.
I) Firstly, (10) Describe the problem the chemist presented to us. In partic-ular, describe the shape of the molecular motor and the main questions we were asked to answer. Then,
II) Secondly, (10) Describe the model, a Markov process, for the flipper motion of a single molecule.
III) Thirdly, (10) Explain how the model can be used to predict the concen-trations of molecules in the different states. Also, Explain how this can be used to validate the model. Then,
IV) (10) Explain the dynamical situation at equilibrium.
V) (10) Describe a simulation of the flipper motion of a single mol-ecule. Explain how the output of a simulation, given by the second program, of a single molecule relates to the actual motion of the flip-per. Include several examples.
VI) (10) What is the problem with the simulations and how can we solve it? Explain why we have to use statistical methods. Also, Explain with data/examples: Present the results of the simulations. Then, Explain what is the time scale to get reasonable results. (The results are tables with estimated rotational speed for different values of T).
VII) (10) Give the final table of rotational speeds dependent on the light intensity. Use groups of molecules and simulations of long enough time. Explain that the size of the groups and the time you use are suffciently large.
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