This course on Problem Analysis in Material and Energy Balances aims to teach learners the skills of interpolation, unit conversion, and analysis of processes and variables. The course covers topics such as unit conversions, linear interpolation, dimensional homogeneity, average molecular weight calculations, and solving nonlinear equations. The teaching method includes screencasts and practical examples using tools like Excel Solver. This course is intended for students and professionals in the fields of chemical engineering, material science, and energy management who want to enhance their problem-solving skills in mass and energy balances.
Overview
Syllabus
Unit Conversions (Practice).
Systems of Units.
Force & Weight (Units & Conversions).
Significant Figures.
Solving Set of Linear Equations.
Changing Units in an Equation.
Dimensional Homogeneity.
Dimensionless Groups (Reynolds Number Example).
Dimensions of Differential Equations.
Linear Interpolation.
Advanced Interpolation.
Linearization of Non-Linear Equations.
Linearization Example (Cell Growth) (BIO).
Linearize/Plot Non-Linear Equations (Excel).
Specific Gravity of a Mixture.
Density, Mass Flow, and Volumetric Flow.
Average Molecular Weight Derivation.
Average Molecular Weight Calculation.
Mass and Mole Fractions (Conversions).
Molar Conversions.
Determining Concentrations of Streams (ppm).
Using Average Molecular Weight to Simplify a Material Balance.
Introduction to Pressure.
Manometers.
Force Balance on an Inclined Manometer.
Acceleration due to Pressure.
Excel Solver Introduction.
Single-Stage Extraction Calculations.
Calculate Liquid Density of a Mixture.
Cubic Equation of State Introduction.
Miscibility and Distribution Coefficients.
Langmuir Isotherm Introduction.
Solving a Nonlinear Equation in Excel.
Solve a Set of Nonlinear Equations Using Solver.
Taught by
LearnChemE
