EPASSA Cast #2- FE/PE Exam Questions- What is the capacitance of this circuit? Youtube link video answer
Thierry Julio Epassa- P.E. in Sixteen USA States
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Thierry Julio Epassa- P.E. in Sixteen USA States
Electrical Engineer Director || Arc Flash, Short Circuit, Electrical Studies|| US Security Clearance || Linkedin Newsletter Author|| OSHA, IEEE, NFPA Expert||Contractor for 1328 US Federal Facilities Arc Flash Studies
The picture above is a FE exam question. What is the total capacitance of this circuit? The answer is below on a YouTube video. Enjoy
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4 个月Hi Thierry, It's just a final tip to this nice cast # 2... If we neglected the small capacitor in picoF, the results should be on microF, so the total capacitance should be 5.0 micro-Farad. ( typo, units are microF ) Ysmael
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4 个月Excellent work Thierry Julio
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4 个月?? What a fantastic resource!? Videos like these are incredibly valuable for students and professionals alike, offering clear explanations and boosting confidence for those preparing for such exams. It's always rewarding to revisit foundational topics and refine our understanding. Engaging in discussions like these keeps our community thriving and inspires lifelong learning. Kudos to EEEngineering, LLC for supporting the future of our industry! ?? #EngineeringLife #ContinualLearning #Innovation #TechCommunity #EngineeringExcellence
"Capacitors" are devices which store Dielectricity. They are essentially a piece of glass (an "insulator") sandwiched between two metal plates. In "Electron Theory", capacitors are treated as if "electrons" accumulate on the surface of these plates. But we can use a "dissectible capacitor" to show that Dielectricity is actually held within the glass itself! In other words, it goes towards Counterspace. The "insulator" is really an "absorber". Please continue reading here: https://letslearntogether.neocities.org/compute/Dollard/basicrelations01