It is not, at least if you compare the same magnets in the same magnetic fields. You rarely have that as magnetic fields influence the strength of magnets in those fields.joknhial said:It's blatantly obvious that magnetic repulsion is a lot weaker than attraction
joknhial said:Was just wondering is it only possible for magnetic attraction? because the force increases exponentially with decreased distance, or can it be used for repulsion. It's blatantly obvious that magnetic repulsion is a lot weaker than attraction, by a 10% margin. hence why repulsion is weaker, but mathematically speaking, do they follow the same laws.
The Inverse Cube Law is a principle in physics that states that the force between two objects is inversely proportional to the cube of the distance between them. This means that as the distance between two objects increases, the force between them decreases exponentially.
The Inverse Cube Law applies to magnetic repulsion because the force of repulsion between two magnets is dependent on their distance from each other. As the distance between two magnets increases, the force of repulsion decreases in accordance with the Inverse Cube Law.
Yes, the Inverse Cube Law is a fundamental principle of physics and applies to all types of forces, including magnetic repulsion. However, in certain situations where other factors may come into play, the law may not be strictly followed.
Yes, the Inverse Cube Law can be used to calculate the force of magnetic repulsion between two magnets. By measuring the distance between the two magnets and plugging it into the formula, the force of repulsion can be determined.
In general, there are no exceptions to the Inverse Cube Law for magnetic repulsion. However, in certain situations where the magnets are not perfectly aligned or other external forces are present, the law may not accurately predict the force of repulsion.