Where is the video on phasor diagrams?

Here you go! https://www.khanacademy.org/science/in-in-class-12th-physics-india/x51bd77206da864f3:alternating-current/x51bd77206da864f3:phasor-diagrams/v/phasor-diagram-its-applications

I don't understand the last part of the last video where you mention setting C and L as 0 for a purely resistive circuit as that would lead to infinite impedance.

I honestly feel like it's more of the reactances being 0 than the actual capacitance or inductance being 0. If there are no capacitors or inductors, they would have no contribution to the total opposition to current (a.k.a impedance).

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Course: Class 12 Physics (India) > Unit 7

Lesson 5: LCR series circuit (basics)

Impedance & phase angle of series L.C.R circuit

Google Classroom

This interactive article will guide you in solving a series LCR circuit - deriving the expression for impedance and phase angle - using phasor diagrams.

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puffyprincess
Posted 3 years ago. Direct link to puffyprincess's post “Where is the video on pha...”
Where is the video on phasor diagrams?
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(3 votes)
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- Shresthi
  Posted 3 years ago. Direct link to Shresthi's post “Here you go! https://www...”
  Here you go!
  
  https://www.khanacademy.org/science/in-in-class-12th-physics-india/x51bd77206da864f3:alternating-current/x51bd77206da864f3:phasor-diagrams/v/phasor-diagram-its-applications
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St0dent
Posted 4 months ago. Direct link to St0dent's post “I don't understand the la...”
I don't understand the last part of the last video where you mention setting C and L as 0 for a purely resistive circuit as that would lead to infinite impedance.
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(2 votes)
Answer
- uniqxlel
  Posted 3 months ago. Direct link to uniqxlel's post “I honestly feel like it's...”
  I honestly feel like it's more of the reactances being 0 than the actual capacitance or inductance being 0. If there are no capacitors or inductors, they would have no contribution to the total opposition to current (a.k.a impedance).
  Comment on uniqxlel's post “I honestly feel like it's...”
  (3 votes)
Harshit
Posted 2 years ago. Direct link to Harshit's post “at 4:40 you said L and C ...”
at
4:40
you said L and C equal to 0 then Xc and XL vanishes but Xc = 1/wC if C=0 then Xc = ∞ !! then Z = ∞.
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- Rishi
  Posted 2 years ago. Direct link to Rishi's post “If this is true that mean...”
  If this is true that means current is zero for that moment
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  (1 vote)

Class 12 Physics (India)

Course: Class 12 Physics (India) > Unit 7

Expression for current in series L.C.R circuit.

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