Quantum Mechanics and Thermodynamics problems solution with New thoughts -- 2
Budget: $30 – $250 USD
I have two small but technically demanding sets of graduate-level problems that I need solved and clearly documented. One bundle deals with Thermodynamics and Heat Transfer, the other with Quantum Mechanics and a touch of Electromagnetism.
Thermodynamics & Heat Transfer
– First and Second Law analyses
– Entropy and Enthalpy calculations
– Heat-engine and refrigeration-cycle performance
Quantum Mechanics
– Wave functions and the time-dependent Schrödinger equation
– Quantum states, operators and expectation values
– Quantum harmonic oscillator derivations
What I expect from you
• MATLAB is the required platform for all numerical work, plots and any brief simulations.
• Every answer must be broken down step-by-step so I can follow the logic.
• Typeset each derivation in LaTeX; supply the .tex source and a compiled PDF.
• Include neat sketches or block diagrams wherever a visual aids clarity (vector fields, cycle diagrams, potential wells, etc.).
• Package everything in a short, well-structured report that highlights assumptions, equations used, intermediate results and final answers. Please attach your .m files separately.
Timing
– Quantum/E&M set first: 3-day turnaround.
– Thermodynamics set: delivered no later than day 5.
If this sounds like your area of expertise, I look forward to working with you.
Thermodynamics & Heat Transfer
– First and Second Law analyses
– Entropy and Enthalpy calculations
– Heat-engine and refrigeration-cycle performance
Quantum Mechanics
– Wave functions and the time-dependent Schrödinger equation
– Quantum states, operators and expectation values
– Quantum harmonic oscillator derivations
What I expect from you
• MATLAB is the required platform for all numerical work, plots and any brief simulations.
• Every answer must be broken down step-by-step so I can follow the logic.
• Typeset each derivation in LaTeX; supply the .tex source and a compiled PDF.
• Include neat sketches or block diagrams wherever a visual aids clarity (vector fields, cycle diagrams, potential wells, etc.).
• Package everything in a short, well-structured report that highlights assumptions, equations used, intermediate results and final answers. Please attach your .m files separately.
Timing
– Quantum/E&M set first: 3-day turnaround.
– Thermodynamics set: delivered no later than day 5.
If this sounds like your area of expertise, I look forward to working with you.