![]() ![]() Each answer forms the source of the next problem question. The key goal of the practice is to determine the root cause of a defect or problem by echoing the question WHY 5 times. The PowerPoint template can also capture the problem statement which is basically the effect.Īsking the 5 why’s is an iterative interrogative method used to discover the cause-and-effect relationships fundamental to a problem. SlideGarage’s Fishbone diagram template for PowerPoint, Slides and Keynote uses a fishbone diagram which is easy to edit and provide details around possible causes. The horizontal right arrow points to the consise. An Ishikawa diagram illustrates the causes of a problem and their dependencies. ![]() On a root cause analysis (RCA), after identifying potential root cause (s), further testing will be necessary to confirm the true root cause (s). The Fishbone chart is an initial step in the screening process. ![]() Show Which Influences Lead to Which Effects. This diagram is used in process improvement methods to identify all of the contributing root causes likely to be causing a problem. The fishbone analysis PowerPoint template is very handy to use PowerPoint template especially post a cause and effect, analysis discussion and if you would like to capture those thoughts onto a slide which can then be communicated a larger audience with the help of a Fishbone diagram template for PowerPoint, Slides and Keynote. Use this collection of PowerPoint templates to analyze and present a problem and its causes by means of a cause-effect diagram (Ishikawa Diagram) or a fault tree analysis. SlideGarage provides a variety of Fishbone diagram template for PowerPoint, Slides and Keynote which can help document a fishbone analysis in a PowerPoint slide format. The fishbone tool is used to identify many possible causes for a specific problem and typically used during discussions and barnstorming sessions. This is more of a cause analysis tool which is one of the seven basic tools used in quality checks. Fishbone diagram is also called cause-and-effect diagram, Ishikawa diagram. ![]()
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