Domina CIRCUITOS RLC SIN COMPLEJOS en 20 minutos

Solve AC RLC circuits using trigonometry, without having to use complex numbers. šŸŽÆ Follow the complete RLC Circuits [Alternating Current] series šŸ‘‰šŸ¼    • CIRCUITOSĀ RLCĀ CORRIENTEĀ ALTERNAĀ [DesdeĀ CERO]Ā Ā  šŸ“Œ Recommended playlists: šŸŽÆ Electrical Circuits šŸ‘‰šŸ¼    • CIRCUITOSĀ ELƉCTRICOSĀ [DesdeĀ CERO]Ā Ā  šŸŽÆ Trigonometry šŸ‘‰šŸ¼    • TRIGONOMETRƍAĀ [DesdeĀ CERO]Ā Ā  šŸŽÆ Kirchhoff's Laws šŸ‘‰šŸ¼    • LEYESĀ deĀ KIRCHHOFFĀ [DesdeĀ CERO]Ā Ā  šŸŽÆ Complex Numbers šŸ‘‰šŸ¼    • NÚMEROSĀ COMPLEJOSĀ Ā  šŸ“š My 2 published books: šŸ“˜ Pass Technology with my book šŸ‘‰šŸ¼ https://amzn.to/41KlyvU šŸ“— Master Derivatives with my book šŸ‘‰šŸ¼ https://amzn.to/3XMuARk [šŸ“¦ With global shipping!] šŸŒ] ā° INDEX ā° • [00:00] Introduction • [01:23] Step 1: Calculate XL and XC. Inductive and capacitive reactance • [03:41] Step 2: Calculate the total reactance, X • [06:59] Step 3: Calculate Z, total or equivalent impedance of the circuit • [09:39] Step 4: Calculate the current using Ohm's Law • [10:47] Step 5: Calculate the phase angle and power factor • [16:22] Step 6: Calculate the voltage drops VR, VL, and VC • [18:23] Step 7: Professional express check • [20:04] Study method