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How do you solve for these values of forces?
The depole will B) Using the numbers to the right, determine the magnitude FcAf the Coulomb force that qc exerts on qA A-10 nC B-10 nC c- 10 nC L- 300 jum d- 400 um C) Sketch the vector FcA. Use your drawing to determine itsx and y-components FCAx FCA,y D) Determine the magnitude Fca of the Coulomb force that gc exerts on qp-
E) Sketch the vector Fca. Use your drawing to determine its x- and y-components 5 FcBx F) What is the total force on the dipole? Frotalx Frotal FTotaly G) Will the dipole experience any linear motion (up, down, sideways) H) Lets go a little further. Will the dipole experience any other kind of motion? Can you describe what sort of motion this will be? (Hint: Draw an extended free body diagram of the dipole.) I) What would the motion of the dipole was underneath the dipole?
6) Consider two carbon monoxide molecules that are near each other as shown. Assuming that all the charges are 2e (where e is the fundamental charge), L is 2 nm, and d is 50 nm, what force do the dipoles exert on each other? Indicate both magnitude and direction.
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A ionc 3+4-18 4 12 CA +am 8 ao tc4.y二2.0)99(-1) 2. fcay 2-87 (1) 4.31(-↑) Net fat叫こ4.32(-n)

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