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How Does Magnetism Affect The Strength Of A Magnetic Field

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Magnetism is the physics phenomenon produced by the movement of an electric charge causing in an attraction and repulsion force between an object. A magnetic field can be created by an electronic solenoid and can be influenced by multiple variables. The number of coils on a solenoid will affect the strength of the magnetic field. Furthermore, the length of the solenoid will determine the strength of the magnetic field. As more current is passed through a solenoid the magnetic field will greaten. Current and voltage are propionate and as voltage increases, so will the current. Many variables may affect the strength of a solenoid, some of which are the number of turns wrapped and length of the rod. The strength of a magnetic field from a solenoid is affected by the number of coils wrapped around the rod. A solenoid is a type of electromagnet as it purposefully generates a controlled magnetic field. To create a solenoid, a length of wire is wrapped a rod that generally is made of solid iron, or steel. Theoretically providing the magnetic force formula, …show more content…

In saying so, as more coils are included in the solenoid, the solenoid will produce more of a magnetic field. Not only does the number of coils affect the solenoid, the length of the rod also determines the resulting magnetic force. Depending on the length of the solenoid, will result in an increase or decrease the magnetic force. While the number of coils affect the solenoid, a main catalyst is how compressed the coils are. Disregarding the number of coils, the more compressed the wire is the more Magnetic force will result.

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