Find the magnitude of the electric force on the 2.0 uC (microcoulomb) charge.A. 0.15 NB. 0.20 NC. 0.25 ND. 0.35 N The image depicts a diagram of a rectangle with four charged corners. The dimensions and charges are annotated as follows:- On the top left corner of the rectangle, there is a charge of \(1.0 \, \mu C\).- On the bottom left corner, there is a charge of \(2.0 \, \mu C\), and it is connected to the \(1.0 \, \mu C\) charge by a vertical line labeled with a length of \(0.3 \, m\).- On the bottom right corner, there is a charge of \(3.0 \, \mu C\), and it is connected to the \(2.0 \, \mu C\) charge by a horizontal line labeled with a length of \(0.6 \, m\).- The top right corner is not explicitly marked with a charge.The entire shape forms a rectangle due to these labeled distances, with opposite sides being equal in length. This rectangular configuration can be relevant to topics such as electric field calculations, potential energy, or electrostatic force interaction between point charges.

Let q1 = 1.0 μC = 1.0 × 10- 6 C q2 = 2.0 μC = 2.0 × 10- 6 C q3 = 3.0 μC =3.0 × 10- 6 C The…

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Find the magnitude of the electric force on the 2.0 uC (microcoulomb) charge. A. 0.15 N B. 0.20 N C. 0.25 N D. 0.35 N