Calcworkshop

Login
  • Home
  • Reviews
  • Courses
    • Algebra I & II
      • Intro Algebra
      • Solving Equations
      • Exponents
      • Polynomials
      • Factoring
      • Rationals
      • Graphing Linear Equations
      • Systems of Equations
      • Radicals
      • Functions & Statistics
    • Geometry
      • Basic Geometry
      • Reasoning & Proofs
      • Congruent Triangles
      • Quadrilaterals
      • Similarity
      • Triangles & Trig
      • Circles
      • Polygons & Circles
      • Volume & Surface Area
      • Transformations
    • Pre-Calculus
      • Trigonometry
        • Trigonometric Functions
        • Radian Measure
        • Graphing Trig Functions
        • Trig Identities
        • Trig Equations
        • Law of Sines and Cosines
        • Vector Applications
        • Polar Equations
        • Complex Numbers
      • Math Analysis
        • Intro to Math Analysis
        • Functions and Graphs
        • Expos and Logs
        • Polynomial Functions
        • Rational Functions
        • Conic Sections
        • Series & Sequences
    • Calculus 1, 2, & 3
      • Calculus 1
        • Limits
        • Derivatives
        • Application of Derivatives
        • Integrals
        • Final Exam
      • Calculus 2
        • Integrals
        • Applications of Integrals
        • Diff-EQs
        • Polar Functions
        • Parametric and Vector Functions
        • Sequences and Series
        • Final Exam
      • Calculus 3
        • Vectors and The Geometry of Space
        • Vector Functions
        • Partial Derivatives
        • Multiple Integrals
        • Vector Calculus
        • Final Exam
    • Statistics & Prob
      • Exploring Data
      • Probability
      • Discrete Distribution
      • Continuous Distribution
      • Joint Distribution
      • Confidence Interval
      • Hypothesis Testing
      • Linear Regression
    • Discrete Math
      • Logic
      • Proofs
      • Sets
      • Number Theory
      • Functions
      • Combinatorics
      • Relations
      • Trees & Graphs
    • Linear Algebra
      • Linear Equations
      • Matrix Algebra
      • Determinants
      • Vector Spaces
      • Eigenvalues and Eigenvectors
      • Orthogonality and Least Squares
      • Symmetric Matrices
      • Final Exam
    • Diff-EQs
      • Intro to DiffEqs
      • First Order Differential Equations
      • Second Order Differential Equations
      • Series Solutions
      • Laplace Transform
      • Systems of Differential Equations
      • Final Exam
  • FAQs
  • About
  • Contact
  • Login
Home » Systems of Equations » Linear Programming

What is Linear Programming?
Explained with 7 Detailed Examples!

// Last Updated: January 20, 2020 - Watch Video //

In real life, we are subject to constraints or conditions.

Jenn (B.S., M.Ed.) of Calcworkshop® introducing linear programming

Jenn, Founder Calcworkshop®, 15+ Years Experience (Licensed & Certified Teacher)

We only have so much money for expenses; there is only so much space available; there is only so much time.

So this means we need to find a way of using these limitations to our advantage, like finding the optimum amount of money, space, time, etc., to accomplish our goals.

And this is what linear programming is all about!

So what is linear programming?

Nothing more than taking several linear inequalities that all relate to some situation, and finding the “best” value under the given conditions.

How do we do this?

First, we must identify all constraints, by creating a system of inequalities.

Then we must identify the Objective Function, which is the equation we want to maximize or minimize.

Next, we will graph the system of inequalities and find the feasible solution, which is the shaded or overlapping region common to all conditions.

Then we will locate all vertices and corners of this feasible solution, as Purple Math accurately states.

Why?

Because the Fundamental Theorem of Linear Programming says that the optimum value always occurs at the corners or vertices of the enclosed shaded region!

How to maximize or minimize a given quantity subject to constraints using linear programming

Example of How to Solve using the Techniques of Linear Programming

Finally, we substitute these ordered pairs into our objective equations and select the maximum or minimum value, based on the desired result.

Additionally, we will utilize all of our skills of solving system of equations, such as the graphing method, substitution method, and the elimination method to aid us in solving linear programming word problems.

And together we will look at seven linear programming examples, each increasing in level of difficulty, so that you will feel confident in solving any linear programming problem.

Linear Programming (How-To) – Video







Get access to all the courses and over 450 HD videos with your subscription

Monthly and Yearly Plans Available

Get My Subscription Now

Still wondering if CalcWorkshop is right for you?
Take a Tour and find out how a membership can take the struggle out of learning math.

Calcworkshop

© 2024 Calcworkshop LLC / Privacy Policy / Terms of Service

  • About
  • Reviews
  • Courses
  • Plans & Pricing