Physics 212 - Module 2 Hands On Activities Packet6. We now want to find the electric field at point C which is a distance x to theright of the midpoint between the two charges.a.Redraw the electric field vectors due to each charge at point C.b. Use the basic relation E = Kq f/r² = Kqr/r³ to determine theelectric field E-o at point C due to the -Q charge. Write in componentvector form in terms of Q, x, and s and unit vectors î and ĵ. Hint:remember is the vector from the charge to where you want E.-QStudent Add Name HereC.E =2 --- 8s/20,0s/2+903-- CWhat is the direction (+x/ty/ zero) the total electric field due to the two charges at point C?d. Determine the total electric field E at point C due to the charges. Write in terms of unit vectors î and ĵ. Hint:use symmetry to simplify the calculation.+yL₂tx+x

Answered: Image /qna-images/answer/6106d342-2dab-445d-81d0-279d1a3a1307.jpg

6. We now want to find the electric field at point C which is a distance x to the right of the midpoint between the two charges. Redraw the electric field vectors due to each charge at point C. a. Student Add Name Here b. Use the basic relation E = Kq f/r² = Kq7/r³ to determine the electric field E-o at point C due to the - Q charge. Write in component -Q C. vector form in terms of Q, x, and s and unit vectors î and ĵ. Hint: remember is the vector from the charge to where you want E. E = -Q s/2 } 0,0 s/2 +90 +y C What is the direction (+x/ty/ zero) the total electric field due to the two charges at point C? d. Determine the total electric field E at point C due to the charges. Write in terms of unit vectors î and ĵ. Hint: use symmetry to simplify the calculation. محا

6. We now want to find the electric field at point C which is a distance x to the right of the midpoint between the two charges. Redraw the electric field vectors due to each charge at point C. a. Student Add Name Here b. Use the basic relation E = Kq f/r² = Kq7/r³ to determine the electric field E-o at point C due to the - Q charge. Write in component -Q C. vector form in terms of Q, x, and s and unit vectors î and ĵ. Hint: remember is the vector from the charge to where you want E. E = -Q s/2 } 0,0 s/2 +90 +y C What is the direction (+x/ty/ zero) the total electric field due to the two charges at point C? d. Determine the total electric field E at point C due to the charges. Write in terms of unit vectors î and ĵ. Hint: use symmetry to simplify the calculation. محا

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter18: Electric Charge And Electric Field

Section: Chapter Questions

Problem 43PE: (a) Find the electric field at x = 5.00 cm in Figure 18.52 (a), given that q = 1.00 C. (b) at what...

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