test","extracted_subject":"PHYSICS","extracted_chapter":"NUCLEI","extracted_topic":"MASS ENERGY AND NUCLEAR BINDING ENERGY","questionPreviewUrl":"https://cdn.pureessence.tech/question-previews/packed_canvases/canvas_834.png?top_left_x=0&top_left_y=1559&width=532&height=340&app=solveeit"},"seo_metadata":{"keywords":[]},"doubt_solver_data":{"concept_summary":[]},"embeddings":[],"is_hidden":false,"_id":"66d23c9a70136192204c0813","slug":"in-the-nuclear-reaction-sub1subhsup2sup-sub1subhsu-1","content":"In the nuclear reaction,\n\n₁H² + ₁H²®₀n¹ + ₂He³\n\nif the binding energy of deuteron is 2.23 MeV and the Q-value of the reaction is 3.27 MeV then the binding energy of ₂He³ is-","options":[{"_id":"68a931547f15af4716d2e416","text":"1.19 MeV","sequence":0,"isCorrect":false},{"_id":"68a931547f15af4716d2e417","text":"7.73 MeV","sequence":1,"isCorrect":true},{"_id":"68a931547f15af4716d2e418","text":"4.46 MeV","sequence":2,"isCorrect":false},{"_id":"68a931547f15af4716d2e419","text":"3.27 MeV","sequence":3,"isCorrect":false}],"correct_answer":"7.73 MeV","explanation":"₁H² + ₁H² ® ₀n¹ + ₂He³ + D E\n\n2.23 MeV 2.23 MeV E _f\n\nD E = 3.27 MeV = E _f – (2.23 + 2.23)\n\nE _f = 3.27 + 4.46 = 7.73 MeV","question_type":"single_choice","appeared_in":[],"created_at":"2024-08-30T21:41:46.540Z","__v":0,"vector_store_id":"ff009e47-d877-4c60-b5ff-21ad0f2974ea","updated_at":"2024-08-30T21:41:46.540Z","isStarred":false},"params":{"questionSlug":"in-the-nuclear-reaction-sub1subhsup2sup-sub1subhsu-1"}}]}]]

Question: In the nuclear reaction, <sub>1</sub>H<sup>2</sup> + <sub>1</sub>H<sup>2</sup>®<sub>0</sub>n<sup>1<...

Solution