In figure two points A and B are located in a region of electric field- The potential difference V-B-V-A is PositiveNegativeZeroNone of these

Question

Toppr Admin · Accepted Answer

The correct option is B NegativeElectric field from A to BVB-x2212-VA-x2212-Ve- because- It goes to electric field always goes higher potential to lower potential- but-xA0-VB to-xA0-VA is the opposite direction-

In figure two points $A$ and $B$ are located in a region of electric field. The potential difference $V_{B} - V_{A}$ is

Positive
Negative
Zero
None of these

The correct option is B Negative

Electric field from $A$ to $B$
$V_{B} - V_{A} = (- V_{e})$ because, It goes to electric field always goes higher potential to lower potential. but, $V_{B}$ to $V_{A}$ is the opposite direction.

In figure two points A and B are located in a region of electric field. The potential difference VB−VA is PositiveNegativeZeroNone of these

The correct option is B NegativeElectric field from A to BVB−VA=(−Ve) because, It goes to electric field always goes higher potential to lower potential. but, VB to VA is the opposite direction.

In figure two points $A$ and $B$ are located in a region of electric field. The potential difference $V_{B} - V_{A}$ is

Positive
Negative
Zero
None of these

The correct option is B Negative

Electric field from $A$ to $B$
$V_{B} - V_{A} = (- V_{e})$ because, It goes to electric field always goes higher potential to lower potential. but, $V_{B}$ to $V_{A}$ is the opposite direction.