send mail to support@abhimanu.com mentioning your email id and mobileno registered with us! if details not recieved
Resend Opt after 60 Sec.
By Loging in you agree to Terms of Services and Privacy Policy
Claim your free MCQ
Please specify
Sorry for the inconvenience but we’re performing some maintenance at the moment. Website can be slow during this phase..
Please verify your mobile number
Login not allowed, Please logout from existing browser
Please update your name
Subscribe to Notifications
Stay updated with the latest Current affairs and other important updates regarding video Lectures, Test Schedules, live sessions etc..
Your Free user account at abhipedia has been created.
Remember, success is a journey, not a destination. Stay motivated and keep moving forward!
Refer & Earn
Enquire Now
My Abhipedia Earning
Kindly Login to view your earning
Support
Type your modal answer and submitt for approval
force acting on the conductor
electric field
induced current
current
- Fleming's Right-Hand Rule is used to determine the direction of induced current when a conductor moves in a magnetic field.
- Forefinger: Points in the direction of the magnetic field.
- Thumb: Indicates the direction of the motion of the conductor.
- Middle Finger: Shows the direction of the induced current.
Option explanations:
1. Force acting on the conductor: This is related to Fleming's Left-Hand Rule, not the right-hand rule.
2. Electric field: Not directly applicable in this context.
3. Induced current: This is the correct application of Fleming's Right-Hand Rule.
4. Current: Slightly misleading, since it doesn't specify 'induced'.
By: Parvesh Mehta ProfileResourcesReport error
Access to prime resources
New Courses