2. A) Figure shows three parallel nonconductor plates and their surface charge density. What would be the direction and value of net electric field at M? +02 = 3 u - 03 = 3 p +ol = 2 H B) If two charges (Q1=2e and Q2=-2e) are separated by a distance R=0.05 m and P is a point which is 3m far away from the dipole center. What would be Electric field at point P? 20um Now, you have a single point charge (2e) at the same dipole center. Will it be same electric field like 20um 25um dipole at point P? if not, why? C) You have a sphere which is a conductor. Now, if your friend placed few charges (+30 q inside that sphere and ask you to measure the electric field on the surface of the sphere, how would you do that and what would the value? Can you measure the electric filed inside the conductor? Consider the radius of the sphere is r. P, + + +
2. A) Figure shows three parallel nonconductor plates and their surface charge density. What would be the direction and value of net electric field at M? +02 = 3 u - 03 = 3 p +ol = 2 H B) If two charges (Q1=2e and Q2=-2e) are separated by a distance R=0.05 m and P is a point which is 3m far away from the dipole center. What would be Electric field at point P? 20um Now, you have a single point charge (2e) at the same dipole center. Will it be same electric field like 20um 25um dipole at point P? if not, why? C) You have a sphere which is a conductor. Now, if your friend placed few charges (+30 q inside that sphere and ask you to measure the electric field on the surface of the sphere, how would you do that and what would the value? Can you measure the electric filed inside the conductor? Consider the radius of the sphere is r. P, + + +
Related questions
Question
I need the answer as soon as possible
Transcribed Image Text:2. A) Figure shows three parallel nonconductor plates and their surface charge
+o1 = 2 µC/m2
,02-3 μC/m2
density. What would be the direction and value of net electric field at M?
, 03-3 μC/m2
B) If two charges (Q1-2e and Q2=-2e) are separated by a distance R=0.05 m
20um
and P is a point which is 3m far away from the dipole center. What would be Electric field at point P?
Now, you have a single point charge (2e) at the same dipole center. Will it be same electric field like
20um
25um
dipole at point P? if not, why?
C) You have a sphere which is a conductor. Now, if your friend placed few charges (+30 q inside that
sphere and ask you to measure the electric field on the surface of the sphere, how would you do that
and what would the value? Can you measure the electric filed inside the conductor?
Consider the radius of the sphere is r.
P.
D) Lets consider, three points are placed around a dipole. Point A is on the dipole axis
above the negative charge, point B is on the axis below the positive charge and C point
is on the middle of the dipole. Rank the points according to the electric potential of the
dipole there, greatest (most positive) first
b-
d
+ b+
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 1 images
