{ "key_pair_value_system": true, "answer_rating_count": "", "question_feedback_html": { "html_star": "", "html_star_feedback": "" }, "answer_average_rating_value": "", "answer_date_js": "2024-06-29T01:01:56-04:00", "answer_date": "2024-06-29 01:01:56", "is_docs_available": null, "is_excel_available": null, "is_pdf_available": null, "count_file_available": 0, "main_page": "student_question_view", "question_id": "4434337", "url": "\/study-help\/questions\/10-and-11-please-010-part-1-of-2-100-4434337", "question_creation_date_js": "2024-06-29T01:01:56-04:00", "question_creation_date": "Jun 29, 2024 01:01 AM", "meta_title": "[Solved] 10 and 11 please 010 (part 1 of 2) 10.0 p | SolutionInn", "meta_description": "Answer of - 10 and 11 please 010 (part 1 of 2) 10.0 points A point charge 29' > 0 is placed at the center point 0. There is a thic | SolutionInn", "meta_keywords": "10,11,010,part,1,2,10.0,points,point,charge,29,>", "question_title_h1": "10 and 11 please 010 (part 1 of 2) 10.0 points A point charge 29' > 0 is placed at the center point 0. There", "question_title": "10 and 11 please 010 (part 1 of 2) 10.0 points A", "question_title_for_js_snippet": "10 and 11 please 010 (part 1 of 2) 10 0 points A point charge 29' 0 is placed at the center point 0 There is a thick conducting spherical shell carrying a charge of 8 q with inner radius R2 and outer radius R centered at O A larger thin concentric spherical shell (with negligible thickness) has radius R3 and charge 3 q 2 9 2 3 q 3 9 B 1 EO 8q 2q 4 P B EO 10 q 5 9 B 1) EO R2 13 9 2q 6 PB R2 EO R3 10 q 7 P B 1 A EO 13 q b 8 PB 1 EO 13 9 9 B 1 EO What is the electric field at A, where OA a R3 012 10 0 points 1 E 13 q 4 TT Eo a2 7 2 E 400 OV 27 60 a2 3 EA 5 IT ED a2 11 Each of the three 25 MF capacitors shown 4 E 4 7 60 a2 is initially uncharged How many coulombs of charge pass through the ammeter A after the 15 5 EA switch S is closed TT Eo a2 a 1 0 3 C 6 E 19 4 2 10 C TT co a2 3 none of these 7 E 9 4 0 10 C 2 TT E0 a2 5 0 20 C 8 E 3 IT EO a 2 013 10 0 points 17 9 EA q A certain lightbulb has a tungsten filament 4 7 60 a2 with a resistance of 10 0 when cold and 167 0 when hot 011 (part 2 of 2) 10 0 points If the equation What is the outgoing electric flux through a spherical Gaussian surface centered at O R Ro 1 a AT with radius b, where OB b and R2", "question_description": "
10 and 11 please<\/p>