Dipole moment is a vector directed from negative to the positive charge. True or False.

True

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False

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Solution

The correct option is A True
Dipole moment of dipole is conventionally defined to be a vector quantity with magnitude equal to product of its positive charge with the separation between the charges and ‘directed from negative to positive charge’ as shown.

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p^ is an unit vector which represents the direction of an electric dipole from negative charge to the positive charge. Why only in the direction from negative charge to the positive charge? What is the actual direction of p^ or the electric dipole? please explain in deep...

Electric field is always directed from positive to negative. While dipole moment is always directed from negative to positive. So, it seems that dipole moment and electric field should always be in opposite directions. But in questions we come across that dipole moment is inclined at some angle to the direction of electric field. Why?

Q. If points A and B have a potential 3V and 5V respectively, and a dipole is brought between the two points, which way will its dipole moment align?
Given: Dipole is an arrangement of two equal and opposite charges separated by a very small fixed distance and Dipole moment is a vector quantity which points from negative to the positive charge of the dipole arrangement.

Why is the electric dipole from negative to positive charge?

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Dipole moment is a vector directed from negative to the positive charge. True or False.

The correct option is A TrueDipole moment of dipole is conventionally defined to be a vector quantity with magnitude equal to product of its positive charge with the separation between the charges and ‘directed from negative to positive charge’ as shown.

The correct option is A True
Dipole moment of dipole is conventionally defined to be a vector quantity with magnitude equal to product of its positive charge with the separation between the charges and ‘directed from negative to positive charge’ as shown.