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ankities
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is there any theoretical proof why force between the two charges act along the line joining them (acc to coloumb' s law)
Symmetry is the simplest demonstration. If you rotate the world around the line connecting the two charges, nothing in the problem changes. That means, you should get exactly the same solution. The only direction of force that doesn't change if you rotate the whole problem is along the same line.ankities said:is there any theoretical proof why force between the two charges act along the line joining them (acc to coloumb' s law)
K^2 said:Symmetry is the simplest demonstration. If you rotate the world around the line connecting the two charges, nothing in the problem changes. That means, you should get exactly the same solution. The only direction of force that doesn't change if you rotate the whole problem is along the same line.
The direction of electrical force in Coulomb's Law refers to the direction in which two charged particles will move towards or away from each other due to their electric charges.
The direction of electrical force is determined by the charges of the two particles involved. Like charges (both positive or both negative) will repel each other, while opposite charges (one positive and one negative) will attract each other.
Yes, the direction of electrical force can be changed by altering the charges of the particles involved. For example, if one particle is given a positive charge and the other is given a negative charge, the direction of force will change from repulsion to attraction.
The direction of electrical force is directly affected by the distance between the two charged particles. As the distance between them increases, the force of attraction or repulsion decreases.
No, the direction of electrical force can vary depending on the relative positions and charges of the particles involved. It is important to calculate the direction of force for each specific situation using Coulomb's Law.