[{"_1":2,"_190":-5,"_191":-5},"loaderData",{"_3":4,"_8":9},"root",{"_5":6,"_7":-5},"url","https://prouniversitario.com/exercicios/277e0efd-e65e-4b9d-84f8-85203354d936","user","pages/questions/show/index",{"_10":11,"_12":13,"_14":15,"_50":51,"_52":53,"_70":176,"_177":178,"_186":187,"_188":189},"comments",[],"isAiGenerated",false,"question",{"_16":17,"_18":17,"_19":20,"_21":22,"_45":17,"_46":47,"_48":49},"correctOptionId","","difficulty","id","277e0efd-e65e-4b9d-84f8-85203354d936","options",[23,29,33,37,41],{"_19":24,"_25":26,"_27":28},"64fae9f5-4a79-4d8c-a125-d16ab6c1f345","label","A","text","2,5 \\times 10^{-3}",{"_19":30,"_25":31,"_27":32},"8329ab09-7dcf-47eb-ab75-a3f1def0297b","B","1,0 \\times 10^{-3}",{"_19":34,"_25":35,"_27":36},"9072d5fa-795d-46c1-a181-bd776a3d2463","C","6,0 \\times 10^{-6}",{"_19":38,"_25":39,"_27":40},"ceb83b04-17da-46ff-bcc1-f592539fb852","D","5,0 \\times 10^{-3}",{"_19":42,"_25":43,"_27":44},"a867124c-767d-4437-846e-b45b73c088ab","E","8,0 \\times 10^{-6}","solution_explanation","statement","

(FGV - 2018) A figura abaixo apresenta um circuito composto por um resistor R de 10 \\, \text{Ω}, um capacitor C de 10 \\, \text{µF} e um indutor L ligados em paralelo.
O valor do indutor, em henrys, que corresponde a um circuito superamortecido é:

","status","has_issues","relatedVideos",[],"similarQuestions",[54,110,127,142,159],{"_16":17,"_18":17,"_19":55,"_21":56,"_45":17,"_46":69,"_70":71},"2c6cbc2f-4f9e-4e88-b84a-cc691dee0e51",[57,60,63,66],{"_19":58,"_25":26,"_27":59},"ccc27ab6-c4f2-4757-9f66-5ce4c0ada00e","I e II estão corretas.",{"_19":61,"_25":31,"_27":62},"b497726d-722f-4bb6-aed2-13b2e68d770e","II e IV estão corretas.",{"_19":64,"_25":35,"_27":65},"56ff0a9c-357c-405a-b668-ba109ff00929","I e III estão corretas.",{"_19":67,"_25":39,"_27":68},"efa688c6-b546-4bd9-9f1d-746ccec781a3","II e III estão corretas.","

What is the equivalent circuit type obtained from the open-circuit test?

I - Type L.

II - Type T.

III - Type R.

IV - Type C.

","tags",[72,94,103],{"_19":73,"_74":75,"_76":77,"_78":79,"_80":81,"_82":83,"_84":83,"_85":86,"_93":77},"1b439df8-6ce0-4f81-874a-caad7ea74d30","name","Circuitos Elétricos na Engenharia Elétrica","alias","circuitos-eletricos-na-engenharia-eletrica","tag_group_id","c1ce2cf2-b217-4cc7-8182-81c56bd3522d","parent_id","646cebad-8aac-4dff-b7d4-b90ab7532431","created_at","2025-04-29T03:44:29.139762+00:00","updated_at","metadata",{"_87":88,"_89":90,"_91":92},"childrenCount",3,"content_count",0,"question_count",1068,"slug",{"_19":81,"_74":95,"_76":96,"_78":79,"_80":97,"_82":98,"_84":98,"_85":99,"_93":102},"Engenharia Elétrica","engenharia-eletrica","eb9315c5-bd04-4116-aa46-02c4fde320c0","2025-04-29T02:19:12.828432+00:00",{"_87":100,"_89":90,"_91":101},12,6381,"engenharia-eletrica-2",{"_19":97,"_74":104,"_76":105,"_78":79,"_80":-5,"_82":106,"_84":106,"_85":107,"_93":105},"Engenharia","engenharia","2025-04-29T01:55:38.635246+00:00",{"_87":108,"_89":90,"_91":109},29,351586,{"_16":111,"_18":17,"_19":112,"_21":113,"_45":17,"_46":125,"_70":126},"c7b8ca0d-9303-4b60-938e-5744197c306b","322163c2-6876-4578-b18d-1ee1abbcb350",[114,116,119,122],{"_19":111,"_25":26,"_27":115},"

Para fornecer uma revisão dos circuitos eletrônicos e componentes básicos

",{"_19":117,"_25":31,"_27":118},"e3112a89-a9f4-48f1-9dbf-7fe2e4da9f7f","

Para apresentar exemplos práticos de montagem de circuitos

",{"_19":120,"_25":35,"_27":121},"e9735d29-645e-43d7-b083-8f6227b0188c","

Para introduzir o componente Arduino UNO

",{"_19":123,"_25":39,"_27":124},"4469b9d6-3b32-48a2-a286-df4234e4023a","

Para discutir a teoria dos circuitos elétricos

","

Qual é o propósito da primeira parte do manual Eletrogate.com?

",[72,94,103],{"_16":17,"_18":17,"_19":128,"_21":129,"_45":17,"_46":140,"_70":141},"855aba47-771c-434a-8bfc-d99f3a382c78",[130,132,134,137],{"_19":131,"_25":26,"_27":59},"e31be02b-95e8-47c9-9ce2-061f2dd58347",{"_19":133,"_25":31,"_27":62},"a08ede0b-e67b-4c4a-9e84-22180af59611",{"_19":135,"_25":35,"_27":136},"657d83ad-114d-4b8e-941f-ad7b5bc91e9c","I, II e IV estão corretas.",{"_19":138,"_25":39,"_27":139},"a09cc910-f354-4a40-a950-d8fe85578a67","II, III e IV estão corretas.","

Qual é o propósito do teste de curto-circuito em transformadores?

I - Para obter a impedância equivalente em série Req + jXeq.

II - Para aplicar uma tensão reduzida ao primário.

III - Para obter a impedância equivalente em paralelo.

IV - Para medir a tensão aplicada, corrente de curto-circuito e potência.

",[72,94,103],{"_16":17,"_18":17,"_19":143,"_21":144,"_45":17,"_46":157,"_70":158},"93431af6-315e-43e9-bbc8-8a93ff3bf184",[145,148,151,154],{"_19":146,"_25":26,"_27":147},"7034a10b-6bf9-42ef-a166-170f00fa51e2","I and II are correct.",{"_19":149,"_25":31,"_27":150},"7af93e1e-005a-4efb-8d3b-60264f41d4e9","II and IV are correct.",{"_19":152,"_25":35,"_27":153},"72afede0-7a52-4ca8-92ba-52454cb31f83","I, II, and IV are correct.",{"_19":155,"_25":39,"_27":156},"b807588b-ca7b-4d43-a583-1f3b561d9800","II, III, and IV are correct.","

What is the open-circuit test in transformers?

I - It is also called the no-load test.

II - It is performed with the secondary open and the nominal voltage applied to the primary.

III - It is used to obtain the equivalent impedance in parallel.

IV - It is used to measure the applied voltage, open-circuit current, and power.

",[72,94,103],{"_16":17,"_18":17,"_19":160,"_21":161,"_45":17,"_46":174,"_70":175},"ee70f62c-5be7-49b1-b5ab-18ec74929057",[162,165,168,171],{"_19":163,"_25":26,"_27":164},"cb5dd088-ed2b-40ee-8913-3b14d4c81d2c","I e II estão corretos.",{"_19":166,"_25":31,"_27":167},"8fe3fdb7-64d3-4512-a08a-3078b00aadfc","II e IV estão corretos.",{"_19":169,"_25":35,"_27":170},"a50fa015-59ee-400b-98df-7aed21ad0c91","I e III estão corretos.",{"_19":172,"_25":39,"_27":173},"3bc36a90-5b6b-4e8a-8633-58c6e28e9f55","II e III estão corretos.","

Qual é o tipo de circuito equivalente obtido a partir do teste de curto-circuito?

I - Tipo L.

II - Tipo T.

III - Tipo R.

IV - Tipo C.

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