b and c please Consider the three corners of an equilateral triangle. Corner 1 is the bottom left corner, Corner 2 is the bottom right corner, and Corner 3 is the apex corner. The triangle has sides of length L (see below for that value). InCorner 2 is placed a charge of -2.20q (this means it is -2.20 times the "q value given below). In Corner 3 is placed a charge of 3.20q (this means it is 3.20 times the qvalue given below). (I would suggest drawing a picture). If q=1.30 nC (that nanoCoulombs) and L= 1.20 meters...(A)What is the magnitude of the E-field (in N/C) at Corner 1 due to the charge at Corner 2?O37.7 O15.6 058.3 06.97 O26.8 O17.9(B)What is the x-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2?017.9 058.3 037.7 O26.8 06.97 015.6(C)What is the y-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2?O0.390 O0.870 O0.00 O3.26 01.50 O2.11

Answered: Image /qna-images/answer/f785528b-db11-49f7-9e30-52614dacec53.jpg

ulombs) and L= 1.20 meters... magnitude of the E-field (in N/C) at Corner 1 due to the charge at Corner 2? 058.3 06.97 026.8 017.9 x-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2? 037.7 026.8 06.97 O15.6 y-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2? 0 00.00 03.26 01.50 02.11

ulombs) and L= 1.20 meters... magnitude of the E-field (in N/C) at Corner 1 due to the charge at Corner 2? 058.3 06.97 026.8 017.9 x-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2? 037.7 026.8 06.97 O15.6 y-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2? 0 00.00 03.26 01.50 02.11

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter19: Electric Forces And Electric Fields

Section: Chapter Questions

Problem 14CQ

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Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

b and c please

Consider the three corners of an equilateral triangle. Corner 1 is the bottom left corner, Corner 2 is the bottom right corner, and Corner 3 is the apex corner. The triangle has sides of length L (see below for that value). In
Corner 2 is placed a charge of -2.20q (this means it is -2.20 times the "q value given below). In Corner 3 is placed a charge of 3.20q (this means it is 3.20 times the qvalue given below). (I would suggest drawing a picture). If q=
1.30 nC (that nanoCoulombs) and L= 1.20 meters...
(A)What is the magnitude of the E-field (in N/C) at Corner 1 due to the charge at Corner 2?
O37.7 O15.6 058.3 06.97 O26.8 O17.9
(B)What is the x-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2?
017.9 058.3 037.7 O26.8 06.97 015.6
(C)What is the y-component of the E-field (in N/C) at Corner 1 due to the charge at Corner 2?
O0.390 O0.870 O0.00 O3.26 01.50 O2.11

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