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Pneumatics
Fundamental Physics
Geometry
Fixed Magnet DC Motors
Curriculum Standards, Objectives and Competencies
Motion - Velocity (Page 1 of 3)
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Mechanical engineers are often engaged in the creation, modification and maintenance of machines and mechanisms. Machines transform energy, or change the direction and rate of applied forces in order to produce useful amounts of work. The term Work refers to the application of force through a given distance. Expressed as a algebraic statement, Work = Force x Distance. Since this implies movement, it is clear that motion is an essential component of mechanical assemblies. This lesson serves as an introduction to basic concepts and the technical literacy associated with motion.

Objectives
  1. Discriminate between speed and velocity
  2. Measure and calculate speed and velocity
  3. Evaluate and create speed and time graphs
  4. Understand and use the technical vocabulary of motion.
TermsMaterials
Position
Vector
Average Velocity
Slope
Instantaneous velocity
Distance
Displacement
Speed
Instantaneous Position
Scalar
Speed-Time Graph
Constant Velocity
Velocity
Position-Time Graph
Pen/Pencil
Calculator
Paper (graphing)
Spreadsheet Program (Optional)
Selected GEARS-IDS Components
Ruler



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Learning Tools
Motion Speed and Velocity Lesson
Motion Speed and Velocity Slide Show
Calculating Average speed Solutions
Speed and Velocity Work sheet
Understanding Speed and Velocity
Calculating Average Speed Quiz
Using Vectors Work sheet
Understanding Speed and Velocity Quiz
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