Electric Dipole Moment in Hindi

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Electric Dipole Moment in Hindi. We covered all the Electric Dipole Moment in Hindi in this post for free so that you can practice well for the exam.

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af Afrikaanssq Shqipam አማርኛar العربيةhy Հայերենaz Azərbaycan dilieu Euskarabe Беларуская моваbn বাংলাbs Bosanskibg Българскиca Catalàceb Cebuanony Chichewazh-CN 简体中文zh-TW 繁體中文co Corsuhr Hrvatskics Čeština‎da Dansknl Nederlandsen Englisheo Esperantoet Eestitl Filipinofi Suomifr Françaisfy Fryskgl Galegoka ქართულიde Deutschel Ελληνικάgu ગુજરાતીht Kreyol ayisyenha Harshen Hausahaw Ōlelo Hawaiʻiiw עִבְרִיתhi हिन्दीhmn Hmonghu Magyaris Íslenskaig Igboid Bahasa Indonesiaga Gaeilgeit Italianoja 日本語jw Basa Jawakn ಕನ್ನಡkk Қазақ тіліkm ភាសាខ្មែរko 한국어ku كوردی‎ky Кыргызчаlo ພາສາລາວla Latinlv Latviešu valodalt Lietuvių kalbalb Lëtzebuergeschmk Македонски јазикmg Malagasyms Bahasa Melayuml മലയാളംmt Maltesemi Te Reo Māorimr मराठीmn Монголmy ဗမာစာne नेपालीno Norsk bokmålps پښتوfa فارسیpl Polskipt Portuguêspa ਪੰਜਾਬੀro Românăru Русскийsm Samoangd Gàidhligsr Српски језикst Sesothosn Shonasd سنڌيsi සිංහලsk Slovenčinasl Slovenščinaso Afsoomaalies Españolsu Basa Sundasw Kiswahilisv Svenskatg Тоҷикӣta தமிழ்te తెలుగుth ไทยtr Türkçeuk Українськаur اردوuz O‘zbekchavi Tiếng Việtcy Cymraegxh isiXhosayi יידישyo Yorùbázu Zulu

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Questions hide
Mock Test on Electric Dipole Moment for Students
The electric potential at a point on the axial line of an electric dipole is :
'Debye' is the unit of
An electric dipole placed with its axis in the direction of a uniform electric field experience :
An electric dipole is kept in a non-uniform electric field. It experiences :
When a test charge is brought from infinity along the perpendicular bisector of a dipole, the work done is :
The electric dipole moment is a vector directed from
The electric potential at a point on the equatorial line of an electric dipole is :
The electric potential at a point at a distance r from its center along the axis is V. Electric potential at a point at a distance r/2 will be :
The product of dipole length and positive charge is called :
The distance between two charges which forms an electric dipole is called :
A straight line passing through the two charges which form an electric dipole is called :
The perpendicular drawn to the dipole axis and passing through the center of the dipole is called :

Mock Test on Electric Dipole Moment for Students

The electric potential at a point on the axial line of an electric dipole is :

(A) zero

(B) directly proportional to the distance

(C) directly proportional to the square of the distance

(D) inversely proportional to the square of the distance

Option d - inversely proportional to the square of the distance

'Debye' is the unit of

(A) electric dipole moment

(B) electric flux

(C) electric potential

(D) electric intensity

Option a - electric dipole moment

An electric dipole placed with its axis in the direction of a uniform electric field experience :

(A) a force but not torque

(B) a torque but not force

(C) force as well as torque

(D) neither a force nor a torque

Option d - neither a force nor a torque

An electric dipole is kept in a non-uniform electric field. It experiences :

(A) a force and torque

(B) a force but not torque

(C) a torque but not a force

(D) neither force nor torque

Option a - a force and torque

When a test charge is brought from infinity along the perpendicular bisector of a dipole, the work done is :

(A) zero

(B) positive

(C) negative

(D) infinite

Option a - zero

The electric dipole moment is a vector directed from

(A) +q charge to -q

(B) -q charge to +q

(C) -2q charge to +q

(D) +2q charge to-q

Option b - -q charge to +q

The electric potential at a point on the equatorial line of an electric dipole is :

(A) directly proportional to the distance

(B) directly proportional to the square of the distance

(C) inversely proportional to distance.

(D) zero

Option d - zero

The electric potential at a point at a distance r from its center along the axis is V. Electric potential at a point at a distance r/2 will be :

(A) V/2

(B) 2C

(C) 4V

(D) V/4

Option c - 4V

The product of dipole length and positive charge is called :

(A) magnetic dipole

(B) electric dipole

(C) magnetic dipole moment

(D) electric dipole moment

Option d - electric dipole moment

The distance between two charges which forms an electric dipole is called :

(A) dipole length

(B) dipole

(C) dipole axis

(D) dipole equator

Option a - dipole length

A straight line passing through the two charges which form an electric dipole is called :

(A) dipole length

(B) dipole

(C) dipole axis

(D) dipole equator

Option c - dipole axis

The perpendicular drawn to the dipole axis and passing through the center of the dipole is called :

(A) dipole length

(B) dipole

(C) dipole axis

(D) dipole equator

Option d - dipole equator

We covered all the electric dipole moment in Hindi above in this post for free so that you can practice well for the exam.

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