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Several multimedia tools have been developed by the authors in order to assist students in gaining these skills. Interactive tutorials and animations (created using Macromedia Flash) demonstrate four different techniques for drawing Shear Force and Bending Moment diagrams. Full screen capture video tutorials (created using Techsmith Camtasia) demonstrate how to use MDSolids software for drawing Shear Force and Bending Moment diagrams, and lead students to play “what if?” games in order to gain greater insight into the diagrams and into the bending stress produced by the bending moment. Lecture notes (created using Microsoft PowerPoint) are made available to students online. Streaming video lectures (created using SmartBoard technology and video editing software) allow students to access lecture material and examples at any time. These asynchronous instructional tools allow the material to be covered in a number of different ways, appealing to diverse learning styles, so that the material may be covered more comprehensively using less class time than in a traditional lecture format.  \nThese instructional tools will ultimately be placed in the context of larger instructional modules in mechanics that will be available both for introductory students as well as for students in need of review. This will be ideal for students in upper division courses as well as those preparing for the Fundamentals of Engineering exam, in a variety of majors. Finally, the goal will be to introduce students to “real-world” engineering problems, identify concepts that they do not understand or are not able to integrate into another context, and lead them through instructional modules in areas of weakness.  \nProceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright  \n© 2003, American Society for Engineering Education  \nPage 8.868.1  \nMOTIVATION  \n The construction of Shear Force and Bending Moment (V & M) diagrams, although not oneof the most conceptually difficult topics in introductory solid mechanics courses, often takes more lecture time to cover adequately than any other topic. Students often struggle with mastering each of the varied methods (or often any single method) for construction, and with discerning which method is best used for different cases. Interactive and web-based tools can bean aid to give students a resource outside of class to try to master the material. It allows students to learn at their own pace, and to interface with the concepts. Interactive instructional tools have been shown to be effective because they cause students to think as they interact [1], rather than just passively receiving instruction, as they do in the typical lecture format. So, in summary, the motivation for this work is to allow the instructor to cover the same amount of material in less lecture time, while producing greater comprehension and enthusiasm in the students.  \nTraditional teaching methods often cater to the average student leaving slower students confused and brighter students bored. Interactive multimedia instruction is flexible enough to satisfy many different learning styles. Montgomery [2] inventories learning styles by different categories:  \n• Processing (Active/Reflexive)–active learners need “hands on,” while reflexive learners can learn passi","cbCaioWEzMJJz9Id","https://ap.wps.com/l/cbCaioWEzMJJz9Id","pdf",1240628,13,"English","# ABSTRACT\n# MOTIVATION\n# INTERACTIVE TUTORIALS AND ANIMATION","[{\"question\":\"Why do students struggle with drawing Shear Force and Bending Moment diagrams?\",\"answer\":\"Multiple solution techniques and the need to master construction methods make learning difficult in introductory Solid Mechanics, and students often have trouble choosing the right method for different cases.\"},{\"question\":\"What multimedia tools are described to support student learning?\",\"answer\":\"The document describes interactive tutorials and animations (Flash), full screen capture video tutorials using Camtasia and MDSolids, online lecture notes from PowerPoint, and streaming video lectures using SmartBoard technology and editing software.\"},{\"question\":\"How do the instructional tools improve comprehension compared with traditional lectures?\",\"answer\":\"Interactive and web-based formats let students learn at their own pace and encourage thinking during interaction. The approach aims to cover the same amount of material in less lecture time while increasing comprehension and enthusiasm.\"}]","Multimedia Tutorials for Drawing Shear Force and Bending Moment Diagrams | PDF",1792968595,33]