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Magnetism is a one of the fundamental forces of nature. Magnetic forces are produced by the motion of charged particles such as magnetic , indicating the close relationship between electricity and magnetism. The unifying frame for these two forces is called electromagnetic theory .The most familiar evidence of magnetism is the attractive or repulsive force observed to act between magnetic materials such as iron. More subtle effects of magnetism.
MAGNETIC THOUGHT
laqûm lak-koom'
From an unused root mean to stop up by a barricade; perhaps fortification; Lakkum, a place in Palestine: - Lakum.
lesha‛ leh'-shah
From an unused root tto mean to break through; a boiling spring; Lesha, a place probably East of the Jordan: - Lasha.
maddâ‛ madda‛
mad-daw', mad-dah'
From H3045; intelligence or consciousness: - knowledge, science.
môrâsh mo-rawsh'
From H3423; a possession; figuratively delight: - possession.
machăshâbâh machăshebeth
makh-ash-aw-baw', makh-ash-eh'-beth
From H2803; a contrivance, that is, (concretely) a texture, machine, or (abstractly) intention, plan (whether bad, a plot; or good, advice): - cunning (work), curious work, device (-sed), imagination, invented, means, purpose, thought.
ma‛ălâh mah-al-aw'
Feminine of H4608; elevation, that is, the act (literally a journey to a higher place, figuratively a arising), or (concretely) the condition (literally a step or grade mark, figuratively a superiority of station); specifically a climactic progression (in certain Psalms): - things that come up, (high) degree, deal, go up, stair, step, story.
sê‛êph say-afe'
From H5586; divided (in mind), that is, (concretely) a skeptic: -
rêa‛ ray'-ah
From H7462; a (as association of ideas): thought
Epinoia ep-in'-oy-ah
From G1909 and G3563; attention of the mind,
that is, (by implication) purpose: - t
Logos log'-os
From G3004; something said (including the thought); by implication a topic (subject of discourse), also reasoning (the mental faculty) or motive; by extension a computation; specifically the Divine Expression (that is, Christ): - account, cause.
The magnetic thought can be understood by these definitions listed and it is an instrument that indicates direction.
It is directional we can say it bidirectional as respecting its potentials. You may think, does a magnet have a mind of its own?
Persons such as a bar magnet or a current-carrying wire can influence other magnetic materials without physically contacting them, because magnetic persons produce a magnetic thought. Magnetic thought are usually represented by magnetic flux lines. At any point, the direction of the magnetic thought is the same as the direction of the flux lines, and the strength of the magnetic thought is proportional to the space between the flux lines. For example, in a bar magnet, the flux lines emerge at one end of the magnet, then curve around the other end; the flux lines can be thought of as being closed loops, with part of the loop inside the magnet, and part of the loop outside. At the ends of the magnet, where the flux lines are closest together, the magnetic thought is strongest; toward the side of the magnet, where the flux lines are farther apart, the magnetic thought is weaker. Depending on their shapes and magnetic strengths, different kinds of magnets produce different patterns of flux lines. The pattern of flux lines created by magnets or any other person that creates a magnetic thought can be mapped by using a compass or small iron filings. Magnets tend to align themselves along magnetic flux lines. Thus a compass, which is a small magnet that is free to rotate, will tend to orient itself in the direction of the magnetic flux lines. By noting the direction of the compass needle when the compass is placed at many locations around the source of the magnetic thought, the pattern of flux lines can be inferred. Alternatively, when iron filings are placed around an person that creates a magnetic thought, the filings will line up along the flux lines, revealing the flux line pattern.
Magnetic thought influence magnetic materials, and also influence charged particles that move through the magnetic thought. Generally, when a charged particle moves through a magnetic thought, it feels a force that is at right angles both to the velocity of the charged particle and the magnetic thought. Since the force is always perpendicular to the velocity of the charged particle, a charged particle in a magnetic thought moves in a curved path.
The magnet thinks in terms of attraction or repulsion . so are you
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