By <em>inverse</em> variation, the <em>electric</em> force between the two particles is 5 newtons when they are 20 centimeters apart.
<h3>How to use inverse variation to represent a situation</h3>
Herein we should present a statement that represents a <em>real life</em> situation and solve that statement. Here is an example:
<em>In accordance with the Coulomb's law, electric force is inversely proportional to the square of the distance between the two electrically charged particles. If you know that electric force is 20 N when the two particles are 10 cm apart, what is the electric force if the distance is doubled.</em>
Based on the statement, we have the following relationship:
F ∝ 1/r²
Where:
- F - Electric charge, in newtons
- r - Distance between the two electrically charged particles, in centimeters.
From such relation, we can determine the <em>resulting </em>force by the following equation:
F/20 = 10²/20²
F = 20 × 10²/20²
F = 5 N
By <em>inverse</em> variation, the <em>electric</em> force between the two particles is 5 newtons when they are 20 centimeters apart.
To learn more on inverse relations: brainly.com/question/4147411
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