test","extracted_subject":"CHEMISTRY","extracted_chapter":"CHEMICAL BONDING & MOLECULAR STRUCTURE","extracted_topic":"IONIC OR ELECTROVALENT BOND","questionPreviewUrl":"https://cdn.pureessence.tech/question-previews/packed_canvases/canvas_1064.png?top_left_x=1064&top_left_y=0&width=532&height=246&app=solveeit"},"seo_metadata":{"keywords":[]},"doubt_solver_data":{"concept_summary":[]},"embeddings":[],"is_hidden":false,"_id":"66d23caf70136192204c32e9","slug":"for-a-metal-ion-msup3sup-the-ionic-radius-05-there","content":"For a metal ion M³⁺ the ionic radius = 0.5 Å Therefore the nature of M₂O₃ is-","options":[{"_id":"68df1dac8c3e555ae9da2b08","text":"Acidic","sequence":0,"isCorrect":false},{"_id":"68df1dac8c3e555ae9da2b09","text":"Alkaline","sequence":1,"isCorrect":false},{"_id":"68df1dac8c3e555ae9da2b0a","text":"Amphoteric","sequence":2,"isCorrect":true},{"_id":"68df1dac8c3e555ae9da2b0b","text":"Neutral","sequence":3,"isCorrect":false}],"correct_answer":"Amphoteric","explanation":"The ionic potential

= \\(\\frac{3}{0.5}\\) = 6\n\n\\(\\sqrt{\\varphi_{M^{3 +}}}\\) = 2. 45\n\nSince 2.2 \\< \\(\\sqrt{\\varphi_{M^{3 +}}}\\) \\< 3.2 ,\n\nhence M₂O₃ is an amphoteric oxide.","question_type":"single_choice","appeared_in":[],"created_at":"2024-08-30T21:42:07.589Z","__v":0,"vector_store_id":"a747d1dc-c98c-4bc6-9cda-231809ae012b","updated_at":"2024-08-30T21:42:07.589Z","isStarred":false},"params":{"questionSlug":"for-a-metal-ion-msup3sup-the-ionic-radius-05-there"}}]}]]

Question: For a metal ion M<sup>3+</sup> the ionic radius = 0.5 Å Therefore the nature of M<sub>2</sub>O<sub>3...

Solution