1. Breaking down a complex system into simpler parts
Breaking down a complex system into simpler parts

Breaking down a complex system into simpler parts

Solving math problems is one thing, but applying math to an engineering problem —well, that’s something completely different. See how you can take complex engineering problems and break them down to size.


  • SAMPLE LESSON: HOW TO GO FROM PICTURE TO EQUATION IN ENGINEERING PROBLEMS

    If you’re going from a diagram to an equation, adding color can help you learn and visualize what variable goes where. In this sample lesson, we use Post-it® Super Sticky Notes to map the variables, so you can follow where each one goes when solving a complex circuit system.

  • 1

     First, draw the circuit diagram on a flat surface — or use Post-it® Super Sticky Dry Erase Surface.

    First, draw the circuit diagram on a flat surface

  • 2

    Use Post-it® Super Sticky Notes to color code the resistors within the diagram.

    Use Post-it® Super Sticky Notes to color code the resistors within the diagram

  • 3

    Then apply the same resistor colors to the math equation.

    Then apply the same resistor colors to the math equation.

  • 4

    Keep in mind that the values of the variables don’t matter as much as where they go in the equation. As you continue to solve the equation to determine the total resistance of the circuit, watch where the variables (Post-it® Super Sticky Notes) go. When you solve similar problems in the future, now it will be easier to remember what variable goes where.

    As you continue to solve the equation to determine the total resistance of the circuit

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