Coulomb’s law is stated mathematically as
F
=
k
q
1
q
2
r
2
where F represents electrical force, k is the electrostatic constant, q represents strength of an electrical charge and r represents the distance between the centers of the charges.

• Explain the relationship between force and strength of electrical charge and the relationship between force and distance, based on this equation.

• Determine how doubling the strength of both charges at the same time affects the force between them.

Respuesta :

Relationship between force and strength of electrical charge directly proportional whereas the relationship between force and distance is inversely proportional

Relationship between force, charges and distance

The relationship between force and strength of electrical charge directly proportional to each other which means if one increases the other will automatically increases whereas the relationship between force and distance is inversely proportional which means that if one increases the other will decrease.

Doubling the strength of both charges at the same time affects the force between them because both charges are directly proportional to its force so we can conclude that relationship between force and strength of electrical charge directly proportional whereas the relationship between force and distance is inversely proportional.

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