st","extracted_subject":"PHYSICS","extracted_chapter":"NUCLEI","extracted_topic":"MASS ENERGY AND NUCLEAR BINDING ENERGY","questionPreviewUrl":"https://cdn.pureessence.tech/question-previews/packed_canvases/canvas_833.png?top_left_x=532&top_left_y=1491&width=532&height=251&app=solveeit"},"seo_metadata":{"keywords":[]},"doubt_solver_data":{"concept_summary":[]},"embeddings":[],"is_hidden":false,"_id":"66d23c9a70136192204c0759","slug":"the-energy-in-mev-is-released-due-to-transformatio","content":"The energy in MeV is released due to transformation of 1 kg mass completely into energy (c = 3 × 10⁸m/s)-","options":[{"_id":"68a41c7f7f15af4716ca24cb","text":"7.625 × 10 MeV","sequence":0,"isCorrect":false},{"_id":"68a41c7f7f15af4716ca24cc","text":"10.5 × 10²⁹ MeV","sequence":1,"isCorrect":false},{"_id":"68a41c7f7f15af4716ca24cd","text":"2.8 × 10^–28 MeV","sequence":2,"isCorrect":false},{"_id":"68a41c7f7f15af4716ca24ce","text":"5.625 × 10²⁹ MeV","sequence":3,"isCorrect":true}],"correct_answer":"5.625 × 10²⁹ MeV","explanation":"E = mc² = (1) (3 × 10⁸)²\n\nE = 9 × 10¹⁶ J = \\(\\frac { 9 \\times 10 ^ { 16 } } { 1.6 \\times 10 ^ { - 13 } } \\mathrm { MeV }\\)\n\n= \\(\\frac { 9 } { 1.6 } \\times 10 ^ { 29 } \\mathrm { MeV }\\)\n\n= 5.625 × 10²⁹ MeV","question_type":"single_choice","appeared_in":[],"created_at":"2024-08-30T21:41:46.192Z","__v":0,"vector_store_id":"c886a791-8263-4e87-9ae0-552472add85f","updated_at":"2024-08-30T21:41:46.192Z","isStarred":false},"params":{"questionSlug":"the-energy-in-mev-is-released-due-to-transformatio"}}]}]]

Question: The energy in MeV is released due to transformation of 1 kg mass completely into energy (c = 3 × 10<...

Solution