[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"i-lucide:person-standing":3,"quiz-play-883e9637-1689-5420-99f2-07b45da93398":8,"i-lucide:x":317,"i-lucide:circle-help":319,"i-lucide:smartphone":321},{"left":4,"top":4,"width":5,"height":5,"rotate":4,"vFlip":6,"hFlip":6,"body":7},0,24,false,"\u003Cg fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"2\">\u003Ccircle cx=\"12\" cy=\"5\" r=\"1\"\u002F>\u003Cpath d=\"m9 20l3-6l3 6M6 8l6 2l6-2m-6 2v4\"\u002F>\u003C\u002Fg>",{"id":9,"title":10,"description":11,"language":12,"cover_url":13,"cover_upload_id":13,"subject":14,"school_grade_id":19,"tags":20,"visibility":35,"moderation_status":36,"ai_generated":37,"is_archived":6,"question_count":38,"likes_count":4,"saves_count":4,"cloned_count":4,"attempts_count":4,"liked_by_me":13,"saved_by_me":13,"creator":39,"linked_decks":44,"linked_contents":51,"primary_content_id":53,"created_at":64,"updated_at":65,"settings":66,"questions":67,"school_id":13,"cloned_from_id":13,"moderation_reason":13,"collection_ids":316},"883e9637-1689-5420-99f2-07b45da93398","Quiz veloce sul primo principio della dinamica","15 domande essenziali per verificare la comprensione dell'esperimento di Galileo e del principio di inerzia.","it",null,{"id":15,"slug":16,"label":17,"emoji":18},"01a0a6c1-7bff-72c0-9435-b564f829a778","fisica","Fisica","🧲","01a0a6c1-7c2c-7cca-af65-737bdee11ed8",[21,24,27,31],{"id":22,"slug":23,"label":23},"01a0c438-d76b-733e-8d47-ea30eb4372ec","inerzia",{"id":25,"slug":26,"label":26},"01a0c438-d76d-7b1e-8fcf-b32e7d6f532e","attrito",{"id":28,"slug":29,"label":30},"01a0c438-d772-7483-a38f-30ec61e2d9af","moto-rettilineo-uniforme","moto rettilineo uniforme",{"id":32,"slug":33,"label":34},"01a0c438-d774-7af0-90d8-2ecfaab4393a","esperimento-scientifico","esperimento scientifico","public","approved","full",15,{"id":40,"username":41,"display_name":42,"is_official":43},"ec6415de-a339-533a-bc5c-e08ab7bebea4","mappedsa","MappeDSA",true,[45,48],{"id":46,"title":47},"5c359719-7a7e-54e5-91e3-82f51d17988d","Ripasso veloce sul primo principio della dinamica",{"id":49,"title":50},"8654d482-cdde-54de-8d86-e2b76adfdd99","Tutto il primo principio della dinamica in 30 flashcard",[52,55,58,61],{"id":53,"title":54},"01a0a704-e363-7f4c-a9f5-10429acdce83","Il primo principio della dinamica",{"id":56,"title":57},"01a0a704-dbbc-7962-97fe-7b5091bddb5e","Il secondo principio della dinamica",{"id":59,"title":60},"01a0a704-d46d-7029-95c9-546001f23b03","Il terzo principio della dinamica",{"id":62,"title":63},"01a0a6fc-90a5-75b5-8c8b-5cb612715170","Applicazioni dei principi della dinamica","2026-09-21T13:47:35.245208Z","2026-09-21T19:59:36.592121Z",{},[68,88,104,120,136,153,169,184,201,218,235,252,267,284,301],{"id":69,"quiz_id":9,"question_text":70,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":4,"options":72},"a365ff2f-af20-549a-9e15-c693bcd841e8","Chi eseguì l'esperimento della pallina sul piano inclinato?","single_choice",[73,76,80,84],{"id":74,"text":75,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"574894bb-69a6-4954-9acc-f5e41e6db80e","Albert Einstein",{"id":77,"text":78,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"32a1f8f0-1b7a-46b3-8f4d-4f48e0ee957a","Galileo Galilei",1,{"id":81,"text":82,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"15e74d72-f644-43ff-a391-810729caf959","Isaac Newton",2,{"id":85,"text":86,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"20be5b26-1996-40e1-be56-87f0c9aaf3d4","Archimede",3,{"id":89,"quiz_id":9,"question_text":90,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":79,"options":91},"1a1e9bdc-fa3b-589a-9424-d40a5b288925","Cosa successe alla pallina sul piano ruvido dopo aver percorso una certa distanza?",[92,95,98,101],{"id":93,"text":94,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"f583ac65-0afd-466a-ae87-d71b76c3d0df","Cambiò direzione",{"id":96,"text":97,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"0b7dcf74-fbd7-47b6-b67c-32c1b3816c67","Tornò indietro",{"id":99,"text":100,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"7dfd8492-e2b8-453e-b9a9-35e66cd8fb00","Accelerò",{"id":102,"text":103,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"4ab4447b-3655-4e50-b4c1-a431b3a39c64","Si fermò",{"id":105,"quiz_id":9,"question_text":106,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":83,"options":107},"81fb83ef-e76c-5ab9-93fc-4086b770ea6b","Cosa notò Galileo usando un piano più liscio?",[108,111,114,117],{"id":109,"text":110,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"fe93864a-b642-414d-9cd2-ec48efab1944","Che la pallina percorreva una distanza maggiore",{"id":112,"text":113,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"a2d29eda-a334-465b-9ce2-137dc0695322","Che la pallina cambiava velocità in salita",{"id":115,"text":116,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"c82e8427-a24f-48ff-93f4-c17e2d452d44","Che la pallina tornava indietro",{"id":118,"text":119,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"9e910b3b-dc2c-4596-9751-987f01c3fa7a","Che la pallina si fermava subito",{"id":121,"quiz_id":9,"question_text":122,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":87,"options":123},"df9c9407-6d94-5369-9ef7-ca7d45c1a5bc","Che relazione emerse tra attrito e perdita di velocità della pallina?",[124,127,130,133],{"id":125,"text":126,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"43353456-cab6-4cd0-a404-ca4616139e0c","Maggiore è l'attrito, più lenta è la perdita di velocità",{"id":128,"text":129,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"b11e779c-120e-414c-ab37-721079eab7e1","L'attrito non influisce sulla velocità",{"id":131,"text":132,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"9b1f0b73-953f-4682-92c8-ccf63bb2a176","La velocità aumenta con l'attrito",{"id":134,"text":135,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"5762bfdc-c70d-413f-96c8-78886bc83a47","Minore è l'attrito, più lenta è la perdita di velocità",{"id":137,"quiz_id":9,"question_text":138,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":139,"options":140},"b8553f73-bafa-5449-9670-cc20bfd277f7","Cosa succederebbe alla pallina se non ci fosse alcun attrito?",4,[141,144,147,150],{"id":142,"text":143,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"5d62d576-9407-49ab-9552-72c85f6d3238","Cambierebbe direzione",{"id":145,"text":146,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"d10287a5-7ebc-4bb2-8ae7-cfbf003c0224","Si fermerebbe subito",{"id":148,"text":149,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"b5970857-1e22-43ac-9d4e-f495bb1854c8","Si muoverebbe all'infinito a velocità costante",{"id":151,"text":152,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"71890250-c642-4377-aebb-693fffd2901f","Accelererebbe continuamente",{"id":154,"quiz_id":9,"question_text":155,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":156,"options":157},"99a8d986-e829-5df2-b3ac-cd88f3ae078d","Chi riprese le idee di Galileo per enunciare il primo principio della dinamica?",5,[158,161,164,167],{"id":159,"text":160,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"8feab76b-820d-4475-afc0-e787408a22a1","Einstein",{"id":162,"text":163,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"b3e0e70e-6cfc-4caa-9e44-690836820a7d","Keplero",{"id":165,"text":166,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"e30722fe-dc48-4fc6-b14a-6eeebc4fe9d5","Newton",{"id":168,"text":86,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"25399d6d-f806-4f3a-86fb-5e051e162a39",{"id":170,"quiz_id":9,"question_text":171,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":172,"options":173},"7b94e184-037b-5109-afa8-e4c2e8095040","Come si chiama la legge enunciata da Newton a partire dalle idee di Galileo?",6,[174,176,178,181],{"id":175,"text":54,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"99078f0e-dfbc-41dc-8cc3-852137d99977",{"id":177,"text":57,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"36524584-89af-445c-bb3d-3c0c357d4e08",{"id":179,"text":180,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"38b07148-0976-473a-8f39-e588e02326e4","Il principio di conservazione dell'energia",{"id":182,"text":183,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"e2072b60-88c4-47e9-86b4-829078458b98","La legge di gravitazione universale",{"id":185,"quiz_id":9,"question_text":186,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":187,"options":188},"7f91d1ce-d4a6-5359-9546-901c71de011f","Cosa afferma il primo principio della dinamica riguardo a un corpo senza cause esterne?",7,[189,192,195,198],{"id":190,"text":191,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"f5ed9193-a063-4b4c-9fac-6cefd241733f","Si ferma sempre",{"id":193,"text":194,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"d590c271-ad50-4b4c-b11f-a14447e52b32","Accelera sempre",{"id":196,"text":197,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"c257978c-ca6c-48d5-9f8a-b48121d1341f","Rimane nel suo stato di quiete o di moto rettilineo uniforme",{"id":199,"text":200,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"6b236883-9e2b-4337-a986-38041240bbcb","Cambia sempre direzione",{"id":202,"quiz_id":9,"question_text":203,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":204,"options":205},"1fd854be-7734-542b-9af1-0a0ba0f8c173","Cosa è necessario perché lo stato di un corpo cambi, secondo il primo principio della dinamica?",8,[206,209,212,215],{"id":207,"text":208,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"a304986f-a15a-4926-ae92-c4b4acec1957","Una diminuzione dell'attrito",{"id":210,"text":211,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"b9d1dad3-658f-4eb5-b1cd-9dcc38568aee","Un aumento della massa",{"id":213,"text":214,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"81175b51-5f3f-4dbe-8b5b-fd3bba91c5b7","Il passare del tempo",{"id":216,"text":217,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"762ed5c5-85f3-4f0d-bf85-8e87fe2d054c","L'intervento di una causa esterna",{"id":219,"quiz_id":9,"question_text":220,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":221,"options":222},"c4178453-e45e-5c3c-99c6-3eb4a06df1f3","Perché la pallina si fermava prima sul piano ruvido rispetto a quello liscio?",9,[223,226,229,232],{"id":224,"text":225,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"102ab7f8-2c35-4458-971c-45a21019c797","Perché il piano ruvido aveva più attrito",{"id":227,"text":228,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"ddfe3640-86bf-468f-bb5b-7e62bab363d4","Perché il piano ruvido era più corto",{"id":230,"text":231,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"d90ac1e8-1520-4b04-91c4-8d038f6d19f2","Perché il piano ruvido era più inclinato",{"id":233,"text":234,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"51d75b11-0449-4075-bc91-ff6f05178f0e","Perché la pallina era più pesante",{"id":236,"quiz_id":9,"question_text":237,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":238,"options":239},"0465b3d5-9421-590a-a23b-f58c50e97723","Da chi trasse ispirazione Newton per formulare il primo principio della dinamica?",10,[240,243,246,249],{"id":241,"text":242,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"b948fdcb-8c68-475f-9182-3879f0495c90","Da Archimede",{"id":244,"text":245,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"33e8dbd1-0dca-421f-99d1-420ddc783a2d","Da Copernico",{"id":247,"text":248,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"b32afba6-e41f-47d3-a466-edd40c654197","Da Galileo Galilei",{"id":250,"text":251,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"5b0e0edc-87a2-4624-a5fc-bd98b91853e2","Da Keplero",{"id":253,"quiz_id":9,"question_text":254,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":255,"options":256},"8b0b0994-ece1-5637-8ad9-dfdab39a37ce","Qual è il nome della legge fisica che descrive lo stato di quiete o di moto rettilineo uniforme dei corpi?",11,[257,259,261,264],{"id":258,"text":54,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"9b3bb209-66b3-4298-8293-afa77db65d26",{"id":260,"text":57,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"17a0e317-edd6-4ebf-b058-9fbd186978c5",{"id":262,"text":263,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"160c788f-1187-4cca-bc3a-7db77bc16739","La legge di Coulomb",{"id":265,"text":266,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"55f4ad04-3391-4fc1-bcea-5a46a5c15d92","Il principio di inerzia relativistica",{"id":268,"quiz_id":9,"question_text":269,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":270,"options":271},"3234a140-3026-5ee3-ad58-8e1268cd7b2a","Qual è la causa che fa perdere velocità alla pallina nell'esperimento di Galileo?",12,[272,275,278,281],{"id":273,"text":274,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"a1a41c9d-38ad-4edc-8d59-d1aca432f769","L'attrito del piano",{"id":276,"text":277,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"ea79fb8e-2b6f-41bd-a557-02fc71df5f5d","La forma della pallina",{"id":279,"text":280,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"94ab04fb-3b38-4e20-a36b-d81b353a77e2","La lunghezza del piano inclinato",{"id":282,"text":283,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"70b531fd-4d65-413c-91cb-839e10cf2e3f","Il peso della pallina",{"id":285,"quiz_id":9,"question_text":286,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":287,"options":288},"e9196fec-fe8e-5916-bd20-bb2c483b152a","In che stato rimane un corpo secondo il primo principio della dinamica, se nessuna causa esterna agisce su di lui?",13,[289,292,295,298],{"id":290,"text":291,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"09fd47c3-2de7-4250-9f79-046ce3c805d1","Nel suo stato di quiete o di moto rettilineo uniforme",{"id":293,"text":294,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"beb25434-df24-4000-8cd0-382c07c80e3d","In uno stato di moto circolare",{"id":296,"text":297,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"30ad4761-c858-4ebc-a8d1-4f5669778207","In uno stato di accelerazione costante",{"id":299,"text":300,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"d931bab2-ab1b-4fbd-8736-e52e7cdee711","In uno stato di equilibrio termico",{"id":302,"quiz_id":9,"question_text":303,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":304,"options":305},"a345a734-5664-54d2-9132-5dcde8bfba3c","Quale scienziato osservò per primo il comportamento della pallina sul piano inclinato, dando le basi al primo principio della dinamica?",14,[306,308,310,313],{"id":307,"text":78,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"da882f1c-3bb0-487e-b9ce-ac88f7b3d848",{"id":309,"text":82,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"b5eebe78-eb14-4acd-8d61-e6c20bd57c63",{"id":311,"text":312,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"b057147c-9f01-420a-84d2-c1255b46323d","Johannes Kepler",{"id":314,"text":315,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"3d42c5d0-3ea2-4642-8711-3c76a4dcb3ea","Christiaan Huygens",[],{"left":4,"top":4,"width":5,"height":5,"rotate":4,"vFlip":6,"hFlip":6,"body":318},"\u003Cpath fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"2\" d=\"M18 6L6 18M6 6l12 12\"\u002F>",{"left":4,"top":4,"width":5,"height":5,"rotate":4,"vFlip":6,"hFlip":6,"body":320},"\u003Cg fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" 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