Respuesta :
Answer:
1 true, 2 true, 3 false, 4 false and 5 true
Explanation:
The magnetic field lines are used to graphically represent the magnetic field,
1 true. Because the field line is a graphic representation of the magnetic field
2 true leave one pole and reach another, there are no magnetic monopoles
3 false. The density of the lines gives an idea of the strength of the field, they are dense where the field is greater
4 false. The magnetic force is perpendicular to the field and therefore to the field lines
5 true. With the same experimental conditions, each field gives a unique force, if the lines cross different fields they would give the same force.
The statements 'the magnetic field vector is tangent to the magnetic field line', 'magnetic field lines are continuous' and 'magnetic field lines can never intersect' are TRUE about magnetic field lines.
What are magnetic fields?
A magnetic field is a region surrounding a magnetic compound where electric charges are in constant motion.
- A magnetic field is characterized to have magnetic forces that act in the same direction.
- The magnetic field vector can be plotted as different vectors on a particular grid.
In conclusion, the statements 'the magnetic field vector is tangent to the magnetic field line', 'magnetic field lines are continuous' and 'magnetic field lines can never intersect' are TRUE about magnetic field lines (Options I, II and V).
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