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PMC Engineering

HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT. PMC Engineering. Clay Gilmer, Mitchell Morris, Philip Jones. Problem Statement. According to tennis players, tenni s balls immediately begin to lose their bounce as soon as they are removed from their pressurized cans.

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PMC Engineering

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  1. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT PMC Engineering Clay Gilmer, Mitchell Morris, Philip Jones

  2. Problem Statement • According to tennis players, tennis balls immediately begin to lose their bounce as soon as they are removed from their pressurized cans. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

  3. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

  4. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

  5. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

  6. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

  7. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

  8. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

  9. HEWITT-TRUSSVILLE ENGINEERING ACADEMY ENGINEERING DESIGN & DEVELOPMENT

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