A system has two charges qA = 2.5 xx 10^...

A system has two charges `q_A = 2.5 xx 10^-7 `C and `q_B = -2.5 xx 10^-7 C` located at points A: (0, 0, -15 cm) and B: (0,0, +15 cm), respectively. What are the total charge and electric dipole moment of the system?

Topper's Solved these Questions

ELECTRIC FIELD
MODERN PUBLICATION|Exercise EXERCISE|95 Videos
ELECTRIC CURRENT. RESISTANCE AND E.M.F
MODERN PUBLICATION|Exercise EXERCISE|64 Videos
ELECTRIC POTENTIAL
MODERN PUBLICATION|Exercise EXERCISE|38 Videos

Similar Questions

Explore conceptually related problems

Two charges -q and +q are located at points (0, 0, -a) and (0, 0, a), respectively. What is the electrostatic potential at the points (0, 0, z) and (x, y, 0) ?

Two charges -q and +q are located point (0, 0, -a) and (0, 0, a) respectively: What is the electrostatic potential at the points (0,0,z) and (x,y,0) ?

Two points charges q_1 = 10 xx 10^-8 c and q_2 = -2 xx 10^-8 C are separated by a distance of 60cm in air. Find at what distance form the charge, would the electric potential be zero.

Two charges of magntiudes - 2Q and + Q are located at points (a,0) and (4a,0) respectively. What is the electric flux due to these charges through a sphere of radius 3 a with the centre at the origin?

Two charges 5 xx 10^-8 C and -3 xx 10^-8 C are located 16 cm apart. At what point(s) on the line joining the two charges is the electric potential zero? Take the potential at infinity to be zero.

Two charges -q and +q are located point (0, 0, -a) and (0, 0, a) respectively: Obtain the dependece of potential on the distance r of the point from the origin when r/2 gtgt 1 .

Two points charges q_1 = 10 xx 10^-8 c and q_2 = -2 xx 10^-8 C are separated by a distance of 60cm in air. Also calulate the electrostatic potential energy of the system.

Four point charges q_A = 2 muC , q_B = -5 muC . q_c = 2 muC , and q_D = -5 muC are located at the corners of a square ABCD of side 10 cm. What is the force on a charge of 1 muC placed at the centre of the square?

Two charges of +2xx10^-8C and -10^-8C are placed at points A and B respectively. Find the resultant force on a charge of 1 muC held at point P, such that AP = 10 cm, BP = 5cm angle angleAPB = 90^@

MODERN PUBLICATION-ELECTRIC FIELD-EXERCISE

A system has two charges qA = 2.5 xx 10^-7 C and qB = -2.5 xx 10^-7 C ...
Text Solution
|
In defining electric field due to a point charge, the test charge has ...
Text Solution
|
A ball of charge q is plaed in a hollow conductive uncharged sphere. A...
Text Solution
|
A ball of charge q is plaed in a hollow conductive uncharged sphere. A...
Text Solution
|
A sphere of charge + Q is fixed in position. A smaller sphere of charg...
Text Solution
|
Graphically, represent the variation of electric field due to a point ...
Text Solution
|
Graphically, represent the variation of electric field due to a point ...
Text Solution
|
Graphically, represent the variation of electric field due to a point ...
Text Solution
|
Three point charges, each having a charge +10 C are placed on the thre...
Text Solution
|
Five point charges, each having a charge q are placed on the five cron...
Text Solution
|
A small metal ball of mass m is suspended from a thread of length l be...
Text Solution
|
A small metal ball of mass m is suspended from a thread of length l be...
Text Solution
|
What is the use of the concept of electric field intensity?
Text Solution
|
Establish the relation between electric field strength and force.
Text Solution
|
Derive an expression for electric field intensity at a distance r from...
Text Solution
|
Find the electric field intensity at any point on the axis of a unifor...
Text Solution
|
What is an electric dipole? Define electric dipole moment and give its...
Text Solution
|
Define the term electric dipole moment. Give its units Derive an expre...
Text Solution
|
Define electric field intensity at a point. Give its S.I. units. Deriv...
Text Solution
|
Define electric field intensity at a point. Give its S.I. units. Deriv...
Text Solution
|
Define electric field intensity at a point. Give its S.I. units. Deriv...
Text Solution
|