0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

In a certain region, electric field E exist along the x-axis which is uniform. Given AB=23 m and BC=4 m. Point A, B and C are in xy plane. Find the potential difference VAVB between the points A and B :
174986_d043f1b832ae4e5c83137443eaf75856.png
  1. 3E
  2. 2E
  3. 4E
  4. E

A
E
B
2E
C
3E
D
4E
Solution
Verified by Toppr


1976391_174987_ans_846279fa0f1849b292b7027745ef5c13.jpeg

Was this answer helpful?
0
Similar Questions
Q1
In a certain region, electric field E exist along the x-axis which is uniform. Given AB=23 m and BC=4 m. Point A, B and C are in xy plane. A charged particle q is moved from A to C as shown in path 1. What is the work done by electric field in this process?
174986_d043f1b832ae4e5c83137443eaf75856.png
View Solution
Q2
The electric field in a certain region is given by¯¯¯¯E=5^i3jkV/m .The potential difference VBVA between points A and B, having coordinates(4,0,3)m and (10,3,0)m respectively, is equal to
View Solution
Q3
61. An electric field exists in space as E=2+3j+0k. Find potential difference Va-Vb between points A(2,2,0) and B(1,1,0)
View Solution
Q4
The electric field in a certain region is given by, E=(5^i) kV/m. The potential difference (VBVA) between two points A and B having co-ordinates (4,0,0) and (10,3,0) respectively, is equal to -

(co-ordinates x,y and z are in metre)

View Solution
Q5
20. figure shows four points A,B,C and D in uniform electric field E. the lines AB and CD are perpendicular and BC and AD are parallel to the field lines. if Va,Vb,Vc and Vd are electric potential at A,B,C and D. choose the correct option. (1) Va=Vb=Vc=Vd (2) (Va=Vb)>(Vc=Vd) (3) (Va=Vb)<(Vc=Vd) (4) Va>Vb=Vc>Vd
View Solution