b'Coca-Cola Company #PassTheHappiness CampaignDominique N Rodriguez, Department of Communication ArtsFaculty Sponsor: Shirley Serini, Department of Communication ArtsThis research article is an analysis and evaluation of the 2018 public relations campaign conducted by Wal-Mart and Coca-Cola. This campaigns efforts worked to bring the power of play to teenagers living in disadvantaged communities around the world. The #PassTheHappiness campaign commenced during the 2018 FIFA World Cup where it empowered shoppers to help bring playin the form of Coca-Cola & Wal-Mart custom-designed One World Futbolsto celebrate soccer as a force for social good.Results involve an analysis of the application of public relations theory and models, such as the Opinion Leadership theory, Maslows Hierarchy of Needs, Persuasion Appeals, and the Public Information model. This evaluation includes the examination of PRSA ethical principles and the critique of the use of public relations skills and tactics. Tactics include materials from the organization, media, and other outside resources.Communication Sciences and DisordersAnd Special EducationUsing Biofeedback to Examine the Difference in Articulation between Normal and Abnormal Oral StructuresGabreil Lumpkin, Tyler Morgan, and Miana Owensby, Department of Communication Sciences & Disorders and Special EducationFaculty Sponsors: Dr. Crystal Randolph and Dr. Ruth Hannibal, Department of Communication Sciences & Disorders and Special EducationThe current research compares the difference in articulation between normal and abnormal oral structures during typical production of speech. The procedure utilizes an ultrasound of a typical oral cavity and an atypical oral cavity to examine the primary articulators movement as each phoneme is produced. The biofeedback will show placement of the tongue and how the accompanying oral structures maneuver in correlation for speech-sound production. It will also show how the accompanying abnormal oral structures compensate for production of speech sounds. It is hypothesized that articulatory movement will vary between normal and abnormal oral cavity structures. 37'