Figure shows part of a circuit. What is the potential difference

Question

Figure shows part of a circuit. What is the potential difference $V_{C} - V_{B} =$ __________ $V$

Smart Achievers · Accepted Answer

(20)

Applying Kirchhoff's Junction Law at E current in wire DE is 8A from D to E. Now further applying Junction Law at D. The current in $3 Ω$ resistance will be 3A towards D.

Solution

Q.
Figure shows part of a circuit. What is the potential difference $V_{C} - V_{B} =$ __________ $V$

Ans.
(20)

Applying Kirchhoff's Junction Law at E current in wire DE is 8A from D to E. Now further applying Junction Law at D. The current in $3 Ω$ resistance will be 3A towards D.

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Solution

Q. Figure shows part of a circuit. What is the potential difference VC-VB= __________ V

Ans. (20) Applying Kirchhoff's Junction Law at E current in wire DE is 8A from D to E. Now further applying Junction Law at D. The current in 3Ω resistance will be 3A towards D.

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Q.
Figure shows part of a circuit. What is the potential difference $V_{C} - V_{B} =$ __________ $V$

Ans.
(20)

Applying Kirchhoff's Junction Law at E current in wire DE is 8A from D to E. Now further applying Junction Law at D. The current in $3 Ω$ resistance will be 3A towards D.