sip quiz

The figure shows a current carrying conductor is placed in between 2 magnets with different pole. Find the direction of the force produced

• P

• Q

• R

• S

Which rule is applied to find the direction of motion of a current carrying conductor when placed in a magnetic field?

• Fleming's left hand rule

• Fleming's right hand rule

• right hand grip rule

• left hand grip rule

Which of the following factors affect the strength of force experience by a current carrying conduct in a uniform magnetic field?

• magnetic field strength

• magnitude of current in a conductor

• length of the conductor within magnetic field

• All of above

Which of the diagram in the figure shows the magnetic field produced due to the interaction between the magnetic field of a permanent magnet and a current carrying conductor?

• P

• Q

• R

• S

Figure below shows a current carrying conductor is placed into a magnetic field. The force produced will be in the direction of

• P

• Q

• R

• S

c) What is the rule that is used to determine the direction of the force that acts on the coil?

Why might a current-carrying wire be placed between a magnetic field?

• To increase the current from the interaction of magnetic fields

• To increase the voltage from the interaction of magnetic fields

• To produce a force from the interaction of magnetic fields

A wire carries a current, creating a magnetic field around itself as shown. The current in the wire is:

• Directed to the right

• Directed to the left

• Equal to the magnetic field

• In the same direction as the magnetic field

Diagram shows a current – carrying conductor in magnetic field. What is the direction of the force that acts on the conductor ?

• A

• B

• C

• D