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10Magnetic flux is the total number of magnetic lines passing through a surface.
The unit of magnetic flux is Tesla.
Magnetic flux is stronger at the center of a bar magnet than at the poles.
Magnetic lines of force form closed loops.
Magnetic flux depends on the location of the object in the magnetic field.
A solenoid produces a magnetic field similar to a bar magnet.
Wilhelm Eduard Weber discovered electricity.
The density of magnetic lines of force indicates the magnitude of the magnetic flux.
Magnetic lines of force around a current-carrying wire are straight.
A strong magnetic flux is represented by a high density of magnetic lines.
Percentage: 0%
Magnetic flux is a measure of:
The unit of magnetic flux is:
The Greek letter used to denote magnetic flux is:
Where is the magnetic flux strongest in a bar magnet?
The density of magnetic lines of force indicates:
Which of the following produces circular magnetic lines around it?
Magnetic lines of force always:
Who is the unit of magnetic flux named after?
A solenoid behaves like:
Magnetic flux on a surface depends on:
The total number of magnetic lines of force passing through a surface area is called ______ flux.
______ flux is denoted by the Greek letter Φ(Phi).
The unit of magnetic flux is ______ (Wb).
The strength of a magnetic flux is indicated by the ______ of magnetic lines of force.
Magnetic flux is stronger at the ______ of a bar magnet than in the middle portion.
The shape of magnetic lines of force depends on the ______ of the magnetic field.
A ______ produces a magnetic field similar to that of a bar magnet.
Wilhelm Eduard ______ is the physicist after whom the unit of magnetic flux is named.
Magnetic lines of force form ______ loops around magnets and current-carrying wires.
The number of magnetic lines of force on an object placed in a magnetic field depends on its ______.