Below is a set up with 3 charged particles. The particles are different colors to help...

 

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Below is a set up with 3 charged particles. The particles are different colors to help you identify which is which. They are all on a grid (you can assume that each point is at the exact intersection of the grid points where it is located). The values of the charges are below the picture. y axis (m) 8 7 6 s 4 3 لنا 2 1 1 2 3 4 x axis (m) Your answer should include: 3 significant figures Units with your answer 5 7 8 Red q1 = (-4.50x10^-9) C Blue = q2 = (4.6000x10^-9) C Purple = q3-(-2.240x10^-9) C Find the Force in the x direction on q2 from q1 and q3 for this set up. You can ignore other forces (like gravity) for the purposes of this calculation. If the force is in the negative direction, make sure to include that in the answer. Below is a set up with 3 charged particles. The particles are different colors to help you identify which is which. They are all on a grid (you can assume that each point is at the exact intersection of the grid points where it is located). The values of the charges are below the picture. y axis (m) 8 7 6 s 4 3 لنا 2 1 1 2 3 4 x axis (m) Your answer should include: 3 significant figures Units with your answer 5 7 8 Red q1 = (-4.50x10^-9) C Blue = q2 = (4.6000x10^-9) C Purple = q3-(-2.240x10^-9) C Find the Force in the x direction on q2 from q1 and q3 for this set up. You can ignore other forces (like gravity) for the purposes of this calculation. If the force is in the negative direction, make sure to include that in the answer.

Answer rating: 100% (QA)

Solutions Step 1 Force is calulated by coulombs law Fkq1q2r2 where F is the force between the charge... View the full answer