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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

Circuit Analysis
Analysis-of-Electrical-Circuits
Duration: 3.37 Min
 
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Kirchoffs-Current-Law-(KCL)
Duration: 8.06 Min
 
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Kirchoffs-Voltage-Law-(KVL)
Duration: 9.29 Min
 
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Solved-Example-1
Duration: 8.56 Min
 
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Solved-Example-2
Duration: 4.18 Min
 
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Solved-Example-3
Duration: 5.39 Min
 
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Wheatstone-Bridge
Duration: 6.20 Min
 
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Solved-Example-4
Module - 10 Solved Example-4
Duration: 1.52 Min
 
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Solved-Example-5
Module - 11 Solved Example-5
Duration: 2.28 Min
 
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Equivalent-Resistance-of-Symmetry-Circuits
Duration: 5.07 Min
 
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Solved-Example-6
Module - 13 Solved Example-6
Duration: 5.05 Min
 
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Solved-Example-7
Module - 14 Solved Example-7
Duration: 5.05 Min
 
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Solved-Example-8
Module - 15 Solved Example-8
Duration: 4.11 Min
 
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Solved-Example-9
Module - 16 Solved Example-9
Duration: 5.57 Min
 
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Solved-Example-10
Duration: 5.29 Min
 
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Branch-Manipulation-in-Electrical-Circuits
Duration: 4.27 Min
 
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Grouping-of-Cells-Series-Combination
Duration: 6.50 Min
 
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Grouping-of-Cells-Parallel-Combination
Duration: 5.28 Min
 
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Battery-Grid
Module - 21 Battery Grid
Duration: 2.59 Min
 
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Equivalent-Battery-by-Thevenins-Method
Duration: 7.35 Min
 
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Solved-Example-11
Duration: 2.58 Min
 
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Solved-Example-12
Duration: 3.48 Min
 
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Solved-Example-13
Duration: 4.32 Min
 
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  1.  
    2. SIR IN THIS WHY 100V BATTERY IS USED CAN I APPLY BATTERY OF ANY OTHER VOLTAGE???
    1 years ago by Tanmay Mangal

    Post your answer here

  2.  
    3. Why is the voltage above x(namely y) 100-x?
    6 years ago by Yukti Khosla

    Post your answer here

  3.  
    4. if anyone dont understand please note that this question can be very easily solved using y delta transformation for details search on wikipedia link is this https://en.wikipedia.org/wiki/Y-%CE%94_transform
    8 years ago by akanksh

    Post your answer here

  4.  
    5. sir i did not inderstood the distribution of current i.e. initially i1 in upper branch and finally i1 in lower branch.
    9 years ago by himanshu chhabra
    Ans 1 ->
    Here we are using the symmetry argument for this... see in upper 5 ohm resistance potential difference is x so current in it is i1 = x/5 similarly across lower 5 ohm resistance also potential difference is x so here also the current will be same...
    9 years ago by Physics Galaxy

    Post your answer here

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