Listen 2 equal charges, 172 micro Coulombs each, experiences an attraction forte of 172 Newton. Calculate the distance between the charges in mm. now ty Be
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- Express answer/s in mks (SI) . Draw diagram whenever necessary Three identical point charges , each 10 mC , are placed at the vertices of an equilateral triangle such thattwo of these charges are located at the coordinate origin and at (10 cm, 0 cm) and the other chargeis located at point P whose coordinates are both positive. Determine the net force on charge placed atpoint P.-) ← ↑ Due Thirs Oct 13 of P linear. A line of length L has a charger. a distance. charge deurenty x=ay, where y is measured from the right hand side of the rock, as shown a) Find E d to the right of the rod, as shown b) fund the total charge & of the rod terms of K, dj by and. Express answers in Santiago Neri NAME a a) Find Ex and Ey at pourt P, where the rod has total charge Q. Assume a uniform charge density. Хорость Q=107% az 10cu b) Find the acceleration on an electron placed at p ceplease help
- 13Listen 2 equal charges, 149 micro Coulombs each, experiences an attraction force of 149 Newton. Calculate the distance between the charges in mm. Your Answer: Answer units P Type here to search O delete home end 144 " 4- つ esc num Icok & backspace %3D 2$ 4 5. 6. 8 3 home E R Y tab *りCalculate, in Newtons/Coulomb, the strength of the electric field produced by a particle with 0.802nC (nanoCoulombs) of charge, at some point P’ located 4.922m away from the charge. Compute your answer to 2 decimal places. Be careful with units