The Homework Library (HL) is a database of solved homework problems derived from the endless collaborations between our tutors and students. Every item in the HL is the result of one of our tutors helping to raise a student's understanding and skills to a level sufficient to produce the final product on display in the HL, a testament to the success of the academic partnership.

HL materials are not original and are therefore made available for the sole purpose of studying and learning. **Misuse of HL materials is strictly forbidden.**

The HL was created for students who need immediate help, and in many cases you can find step-by-step explanations on how to solve a problem or examples of proper writing, including the use of citations, references, bibliographies, and formatting. If you don’t find what you are looking for within our HL database, please reach out to one of our tutors and schedule a tutoring session.

Nano Manufacturing

$40.00

Physics

Nanotechnology

Nano

Manufacturing

Modeling

Energy

Fluctuation

Interaction

Obtaining Wave Equation from Magnetohydrodynamics Equations

$7.00

Wave Equation

MHD Equations

Magnetohydrodynamics

Continuity Equation

Momentum Conservation

Density

Pressure

Wave Equation

MHD Equations

Magnetohydrodynamics

Continuity Equation

Momentum Conservation

Density

Pressure

Computational Fluid Dynamics Assignment MATLAB

$150.00

Engineering

Mechanical Engineering

MATLAB

Fluid

Dynamics

Algortihm

TDMA

Condition

Problem

Electrodynamics Questions

$50.00

Physics

Electricity

Electrodynamics

Questions

Magnetism

Electric

Field

Potential

Radiation

Molecular Dynamics: Ehrenfest, Born-Oppenheimer, and Car-Parrinello Methods in Brief

$25.00

Molecular

Dynamics

Mean-Field

Time-Dependent

Schrodinger

Equation

Quantum

Lagrangian

Ehrenfest

Born-Oppenheimer

Car-Parrinello

Method

Molecular

Dynamics

Mean-Field

Time-Dependent

Schrodinger

Equation

Quantum

Lagrangian

Ehrenfest

Born-Oppenheimer

Car-Parrinello

Method

Statistical Mechanics: Distribution of 2N Molecules of an Ideal Gas

$20.00

Binomial

Probability Distribution

Molecules

Ideal

Gas

Volume

Gaussian

Physics

Thermodynamics

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