How to use Kirchhoff's law..Ayan bhai... Agar baat karni ho insta par

1.	How to use Kirchhoff's law..Ayan bhai... Agar baat karni ho insta par karo... Maine ye app delete kar diya hai...
Answer» $\huge\mathfrak{Answer:-}$ ➖➖➖➖➖➖➖➖➖➖➖ ♠️ Kirchoff's first law states that "At any junction the SUM of current entering the junction is equal to the sum of the current leaving the junction." ♠️ Kirchoff's second law states that "The algebraic sum of change in potential around a closed loop is zero." ♠️Steps to apply Kirchoff's law:- Draw current from one or more cell. Now CHOOSE a loop. The loop should be closed. It can INVOLVE any number of CELLS, RESISTORS, capacitors etc. Choose direction of loop either clockwise or anti clockwise. Now if uh go from higher potential to lower potential then it is potential drop. Therefore ∆v should be negative. If uh go from lower potential to higher potential then ∆v should be positive. If inside the cell path is negative then ∆v is positive. If inside the resistor path is opposite to current then ∆v is positive. ➖➖➖➖➖➖➖➖➖➖➖➖➖ $\huge\mathfrak{Thank you :)}$

How to use Kirchhoff's law..Ayan bhai... Agar baat karni ho insta par karo... Maine ye app delete kar diya hai...

Answer»

$\huge\mathfrak{Answer:-}$

➖➖➖➖➖➖➖➖➖➖➖

♠️ Kirchoff's first law states that "At any junction the SUM of current entering the junction is equal to the sum of the current leaving the junction."

♠️ Kirchoff's second law states that "The algebraic sum of change in potential around a closed loop is zero."

♠️Steps to apply Kirchoff's law:-

Draw current from one or more cell.

Now CHOOSE a loop. The loop should be closed. It can INVOLVE any number of CELLS, RESISTORS, capacitors etc.

Choose direction of loop either clockwise or anti clockwise.

Now if uh go from higher potential to lower potential then it is potential drop. Therefore ∆v should be negative.

If uh go from lower potential to higher potential then ∆v should be positive.

If inside the cell path is negative then ∆v is positive. If inside the resistor path is opposite to current then ∆v is positive.

➖➖➖➖➖➖➖➖➖➖➖➖➖

$\huge\mathfrak{Thank you :)}$

How to use Kirchhoff's law..Ayan bhai... Agar baat karni ho insta par karo... Maine ye app delete kar diya hai...

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