Asap for thumbs up Two charged particles Q-10 uC and Q-s uC are separated by a distance d-0.1 mm (figure below).What is the net eleetrostatie force F12 (magnitude and direction) on particle 1 due to particle 2?dQ2None of the above45 x 10° N/C towards the right (attraction)45 x 106 N/C towards the left (repulsion)45 x 106 N/C towards the right (attraction)O 45 x 10° N/C towards the left (repulsion)

Answered: Image /qna-images/answer/d4f55b40-1c09-4d96-9bb7-3a9e02b10fbe.jpg

Two charged particles Q-10 uC and e-s uC are separated by a distance d-0.1 mm (figure below). What is the net eletrostatic force F12 (magnitude and direction) on particle 1 due to particle 2? Q2 None of the above 45 x 10° N/C towards the right (attraction) 45 x 10 N/C towards the left (repulsion) 45 x 10 N/C towards the right (attraction) 45 x 10° N/C towards the left (repulsion)

Two charged particles Q-10 uC and e-s uC are separated by a distance d-0.1 mm (figure below). What is the net eletrostatic force F12 (magnitude and direction) on particle 1 due to particle 2? Q2 None of the above 45 x 10° N/C towards the right (attraction) 45 x 10 N/C towards the left (repulsion) 45 x 10 N/C towards the right (attraction) 45 x 10° N/C towards the left (repulsion)