All go together. 5. Let's try another one of electric field combinationquestions for the practice. Source particle 1 islocated at coordinates (4,1) cm and source 2 at (-4,-4)cm. Source 1 has charge -3 „C while source 2'scharge is 4 „C. What is the total electric field at thetarget location, (5,6) cm?[Enter your answer with the following format:X*i+Y*j, where you substitute the numericalvalues of the components along the - and ,directions in place of the 'X' and 'Y' in theexpression. The letters i and j represent the unitvectors along different directions. Use theasterisks to denote multiplication. Make sure toconvert your units to standard MKS base units anduse two-decimal precision. Denote powers of tenwith engineering notation, for example 1.23 x 10should be expressed as '1.23E-45'.]total E-field =|Submit All Answers6. The image below shows an arrangement ofidentical charged particles. Which of the labeledpoints have zero electric field? [Select alu optionsthat apply by entering a string of letters. Forexample: If you believe X, Y, and Z are true, thenenter 'XYZ'.]-- (a) - - •(b)(d).(е) — —Answer:Submit All AnswersNot yet correct, tries 2/12 7. In the previous setup, if the particles are positively charged, which of the labeled points have electric fields that aredirected rightwards? [Šelect all options that apply by entering a string of letters. For example: If you believe X, Y, and Zare true, then enter 'XYZ')Answer:Submit All Answers8. The image below shows two charged particles ona line. The blue particle has four times the chargeof the red particle. All of the separations betweenthe particles and marked points are equal. Whichof the labeled points has zero electric field? [Selectonly one of the options.]Answer:Submit All Answers9. Suppose now that the blue particle has 1 unit of negative charge and the red particle has 1 unit of positive charge.Which of the labeled points have electric field vectors that point rightwards? [Select all options that apply by entering astring of letters. For example: If you believe X, Y, and Z are true, then enter 'XYZ'.JAnswer:Submit All Answers

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5. Let's try another one of electric field combination questions for the practice. Source particle 1 is located at coordinates (4,1) cm and source 2 at (-4, -4) cm. Source 1 has charge -3 „C while source 2's charge is 4 „C. What is the total electric field at the target location, (5,6) cm? [Enter your answer with the following format: X*i+Y*j, where you substitute the numerical values of the components along the , and ,

5. Let's try another one of electric field combination questions for the practice. Source particle 1 is located at coordinates (4,1) cm and source 2 at (-4, -4) cm. Source 1 has charge -3 „C while source 2's charge is 4 „C. What is the total electric field at the target location, (5,6) cm? [Enter your answer with the following format: Xi+Yj, where you substitute the numerical values of the components along the , and ,

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter6: Gauss's Law

Section: Chapter Questions

Problem 68P: Two parallel conducting plates, each of cross-sectional area 400 cm2, are 2.0 cm apart and...

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