It is the component of the earths magnet field which aligns the compass needle to the Magnetic North Pole.
The Horizontal Component (directive force) is the greatest at the magnetic Equator (Aclinic Line), where the vertical component is the weakest.
Above the magnetic north pole, it is the opposite. The Horizontal, or directive force is weakest and the vertical component is the strongest.
When two magnets attract, it means that the opposite poles of the magnets are facing each other. This causes a magnetic force to pull the two magnets together. The attraction occurs due to the alignment of the magnetic fields surrounding the magnets.
In the context of magnets, "attract" refers to the force that pulls two opposite magnetic poles together. This force occurs when the north pole of one magnet is brought close to the south pole of another magnet, causing them to pull towards each other.
"Magnetic" refers to the property of attracting or repelling other objects with similar properties. It is related to magnetism, a force that is exerted by magnets or magnetic fields.
In magnets, repel means the force that pushes two like magnetic poles apart. This occurs when two north poles or two south poles come into proximity. The repelling force is a fundamental property of magnets based on their magnetic fields.
Directional properties of magnets refer to their ability to attract or repel other magnets based on their orientation of poles. Magnets have two poles, north and south, which interact with each other according to the laws of magnetism, such as opposite poles attracting and like poles repelling. This property allows magnets to exert forces in specific directions depending on how they are aligned.
It means that there is a force that attracts each of two magnets towards the other one.It means that there is a force that attracts each of two magnets towards the other one.It means that there is a force that attracts each of two magnets towards the other one.It means that there is a force that attracts each of two magnets towards the other one.
When two magnets attract, it means that the opposite poles of the magnets are facing each other. This causes a magnetic force to pull the two magnets together. The attraction occurs due to the alignment of the magnetic fields surrounding the magnets.
directive is nothing but, "which directs to the memory"
When magnets repel, it means that the same poles (north-north or south-south) are facing each other, creating a force that pushes them apart. When magnets attract, it means that opposite poles (north-south) are facing each other, creating a force that pulls them together.
In the context of magnets, "attract" refers to the force that pulls two opposite magnetic poles together. This force occurs when the north pole of one magnet is brought close to the south pole of another magnet, causing them to pull towards each other.
"Magnetic" refers to the property of attracting or repelling other objects with similar properties. It is related to magnetism, a force that is exerted by magnets or magnetic fields.
Because it wouldn't make sense. Two intersecting lines of force - in this case, magnetic lines of force - would mean that at the point of the intersection, the force felt by a small test magnet would be in two different directions.
If you mean the difference between a compass and a compass rose: The compass is the complete instrument. The compass rose is the degree wheel printed under the needle.
AQE SCORES sets procedures for retraining people to meet Air Force mission requirements and specifiesvoluntary retraining for active duty airmen that meet quality standards. It implements the retrainingpolicy found in Air Force Policy Directive (AFPD) 36-26, Military Force Management.
it's attracted to magnets.
You haven't mentioned a particular state. There was a directive passed in Michigan regarding a court's ability to assess surcharge for failure to pay on a child support order. You can read more about that directive at the related link below.
Directive to Physicians or diphtheria/tetanus/pertussis, depending on context.