1,724,327 research outputs found
Pastoral Formation - An Interview with Dr. Andrew Bartelt
No full textDr. Meyer and Dr. Bartelt discuss the process of forming pastors and deaconesses at Concordia Seminary.https://scholar.csl.edu/interviews/1019/thumbnail.jp
Andrew Bartelt
No full textAndrew Bartelt professor at Concordia Seminary.https://scholar.csl.edu/csl175years/1093/thumbnail.jp
Andrew Bartelt
No full textAndrew Bartelt professor at Concordia Seminary, speaking.https://scholar.csl.edu/csl175years/1097/thumbnail.jp
Andrew Bartelt
No full textAndrew Bartelt professor at Concordia Seminary and other guy.https://scholar.csl.edu/csl175years/1096/thumbnail.jp
Andrew Bartelt
No full textAndrew Bartelt professor at Concordia Seminary, preaching.https://scholar.csl.edu/csl175years/1094/thumbnail.jp
RPM of AC Motors
No full textThis interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, discusses the rotations per minute (RPM) of AC motors. Bartelt begins with a discussion of the magnetism that allows most of these motors to function. The author addresses such factors as the frequency of the applied voltage and also the number of stator poles located in the magnetic field. Two and four pole motors are then discussed and compared to each other. Bartelt explains each using helpful interactive flash animations. These are not only useful in explanation, but they allow the student to more fully engage with the topic. The author concludes the presentation with a brief series of questions
Andrew Bartelt
No full textAndrew Bartelt professor at Concordia Seminary, teaching.https://scholar.csl.edu/csl175years/1095/thumbnail.jp
Bartelt at Presidents\u27 Forum
No full textAndrew Bartelt professor at Concordia Seminary, speaking at Presidents\u27 Forumhttps://scholar.csl.edu/csl175years/1106/thumbnail.jp
Armature Action of AC Motors
No full textThis interactive presentation, created by Terry Bartelt for the Electromechanical Digital Library, discusses the armature action of an AC motor. Bartelt begins by discussing how the armature and stator are pivotal in the conversion of electrical to mechanical energy, the beginning of the entire process. Once this basic explanation is complete, the author allows you to choose between learning how an armature works with either a synchronous or induction motor. Bartelt explains each using helpful interactive flash animations. These are not only useful in explanation, but they allow the student to more fully engage with the topic. Overall, this is a nice introduction to two different uses of an armature in mechanical engineering. The author concludes the presentation with a brief series of questions
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