Induction Motor - Equivalent Circuit, Maximum Torque, Breakdown (PART 1) for the NCEES Power PE Exam

Follow along and learn how to calculate the following for a three-phase induction motor at maximum torque breakdown conditions: slip (s max T), rotor current (I2), speed (n), rotor air gap power (PAG), converted power (Pconv), output power (Pout), torque (Tind) Table of Contents (PART 1): 0:00 - Problem Statement 1:31 - Induction Motor Equivalent Circuit 6:44 - Breakdown slip (s max T) 12:04 - Rotor current at breakdown (I2 = Ib) Go forward: WATCH PART 2 - https://youtu.be/8N73JzJ4JLk WATCH PART 3 - https://youtu.be/RN6Worf-rVQ Click the links below to learn more about the fastest growing online class for the NCEES® Electrical Power PE Exam located at https://www.electricalpereview.com __________________________________ ▶️ SUBSCRIBE for more videos on how to pass the NCEES® Electrical Power PE Exam! https://www.youtube.com/channel/UCy5dChpJOpYMdc-7JJff-qg?sub_confirmation=1 . 🚀 Free Trial - Ready to PASS the NCEES® Electrical Power PE Exam? Sign up for the Free Trial of our online class for the PE Exam: https://courses.electricalpereview.com/courses/free-electrical-power-pe-exam-review-course . 📘 Practice Exam: Electrical Engineering PE Practice Exam and Technical Study Guide by Zach Stone, P.E. available on Amazon: https://amzn.to/2zKz17u . **** FE EXAM **** ⚡ Looking for help with the NCEES® Electrical and Computer FE Exam? Visit our FE Exam Youtube Channel: https://www.youtube.com/channel/UC6R39srojRWoJBp7L-UnMqA . 👇 Ready to pass the NCEES® Electrical and Computer FE Exam? Sign up for our FREE online study program for the FE Exam: https://www.electricalfereview.com