[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"i-lucide:person-standing":3,"quiz-f235190d-cda2-50ca-b06e-c9e8d5c48b71":8,"i-lucide:list-checks":564,"i-lucide:play":566,"i-lucide:copy":568,"i-lucide:layers":570,"i-lucide:bookmark":572,"i-lucide:share-2":574,"i-lucide:heart":576,"i-lucide:flag":578,"i-lucide:smartphone":580},{"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":563},"f235190d-cda2-50ca-b06e-c9e8d5c48b71","Il primo principio della dinamica in 30 domande","Un quiz completo sul primo principio della dinamica, dall'esperimento della pallina di Galileo fino all'enunciato di Newton.","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",30,{"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","2026-09-21T13:47:35.571034Z","2026-09-21T19:59:36.981368Z",{},[68,88,101,117,133,150,167,184,201,218,234,249,266,283,300,317,334,351,368,385,402,419,436,451,468,482,499,516,533,548],{"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},"b8c3817b-9826-597c-8828-3a231ade020b","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},"d04aa9dc-a4c9-4698-87c0-8a392e19d730","Galileo Galilei",{"id":77,"text":78,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"c165cde4-ab2a-45c6-aa05-51ecec25b962","Archimede",1,{"id":81,"text":82,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"bc03c191-f9d8-4e1d-94c6-f2b4fdff900f","Isaac Newton",2,{"id":85,"text":86,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"2809a916-773d-4727-a57e-67dfe9a6a207","Albert Einstein",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},"cb72c359-cf7a-52fc-bea3-2c9a509c3308","Su cosa scivolava la pallina prima di raggiungere il piano orizzontale?",[92,95,98],{"id":93,"text":94,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"26f6bf29-358f-417b-a21f-f2d3f3dd8a6f","Un piano verticale",{"id":96,"text":97,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"c8064bc6-2eb4-453e-a355-1874820c87c7","Un piano inclinato",{"id":99,"text":100,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"ee043661-68b3-4bb9-9337-7552adc1946a","Una superficie curva",{"id":102,"quiz_id":9,"question_text":103,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":83,"options":104},"d765c9cd-f44a-5e7f-8faa-0456af355c09","Come era il piano orizzontale nella prima parte dell'esperimento di Galileo?",[105,108,111,114],{"id":106,"text":107,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"3e6a75e2-6308-48bc-a1ea-6085c420ce8e","Inclinato",{"id":109,"text":110,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"fa966468-9c08-42e6-b2ec-c1f6d357f1b1","Ruvido",{"id":112,"text":113,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"f9f16de8-5828-4045-8a55-c9a8d083d7c3","Liscio",{"id":115,"text":116,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"febd0685-b11a-488c-b84f-a44ba089e4e4","Curvo",{"id":118,"quiz_id":9,"question_text":119,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":87,"options":120},"f18e270a-4b7b-501d-a6c5-e310103bd788","Cosa successe alla pallina sul piano ruvido dopo aver percorso una certa distanza?",[121,124,127,130],{"id":122,"text":123,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"2a8fb5fe-9609-4ef9-a93e-e17e8c4957bb","Si fermò",{"id":125,"text":126,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"e10c7222-0524-490c-9b68-17340820eca5","Cambiò direzione",{"id":128,"text":129,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"b1903d83-1560-4eb8-a13e-7d417b034c0c","Accelerò",{"id":131,"text":132,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"043e08c4-3bba-4447-a120-702543fec4dd","Tornò indietro",{"id":134,"quiz_id":9,"question_text":135,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":136,"options":137},"7ee55db0-39e9-5adc-99b5-0ff4d10a7170","Cosa fece Galileo dopo aver osservato la pallina fermarsi sul piano ruvido?",4,[138,141,144,147],{"id":139,"text":140,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"efec35bb-22ed-4dcc-977d-31d8ad93aa35","Alzò il piano inclinato",{"id":142,"text":143,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"6225947d-cbf1-4ca2-b3f0-8169a98a6c87","Cambiò la pallina",{"id":145,"text":146,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"724039f3-3a90-48a0-9ad6-98758b4ccc3e","Sostituì il piano ruvido con uno più liscio",{"id":148,"text":149,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"9431b201-2d4b-4ae3-9c60-06469a82dc7a","Ripeté l'esperimento identico",{"id":151,"quiz_id":9,"question_text":152,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":153,"options":154},"15350ccd-e20d-5374-9076-e07e95806bd9","Cosa notò Galileo usando un piano più liscio?",5,[155,158,161,164],{"id":156,"text":157,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"8e5fa04a-af6b-4070-80eb-3fbc08bc35c2","Che la pallina cambiava velocità in salita",{"id":159,"text":160,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"5d1c8943-26e6-4c8c-95b3-e9492f2338d4","Che la pallina percorreva una distanza maggiore",{"id":162,"text":163,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"3f6842ca-abb9-443d-bf1c-8995b57a7ff9","Che la pallina tornava indietro",{"id":165,"text":166,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"ed04cd15-aa73-445b-ab6a-b34069e1ee4b","Che la pallina si fermava subito",{"id":168,"quiz_id":9,"question_text":169,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":170,"options":171},"350aad0b-9737-56d1-b2fc-b7f60fdc050b","Che relazione emerse tra attrito e perdita di velocità della pallina?",6,[172,175,178,181],{"id":173,"text":174,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"4323c40f-de75-4270-910f-42c9bf3f6594","La velocità aumenta con l'attrito",{"id":176,"text":177,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"8b26cb48-6fd2-42c8-9293-b1390f2488d8","Minore è l'attrito, più lenta è la perdita di velocità",{"id":179,"text":180,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"a03229e0-6d75-4437-8c30-cc8fa82a55d3","L'attrito non influisce sulla velocità",{"id":182,"text":183,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"af297eb3-5736-4f6d-a9cd-430449649f47","Maggiore è l'attrito, più lenta è la perdita di velocità",{"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},"30c16c33-9dae-53c4-a1bf-b547e9f0807e","Cosa succederebbe alla pallina se non ci fosse alcun attrito?",7,[189,192,195,198],{"id":190,"text":191,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"be3a0e80-f1ab-4460-ac64-5a8c117cdad6","Accelererebbe continuamente",{"id":193,"text":194,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"37921f16-8ac3-4c3f-8e58-0d81e8fcc40c","Cambierebbe direzione",{"id":196,"text":197,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"50d5ad6d-86b6-41bd-91b4-dcb95c77f088","Si muoverebbe all'infinito a velocità costante",{"id":199,"text":200,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"f540ee72-2710-4fb0-a486-87c48a327b7a","Si fermerebbe subito",{"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},"a71fbe7f-9f03-53c7-960b-7c35a631827b","Che tipo di moto compirebbe la pallina in assenza di attrito?",8,[206,209,212,215],{"id":207,"text":208,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"08d352fc-80d3-43e5-8e07-6536f5b0fbe4","Un moto oscillatorio",{"id":210,"text":211,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"586fd5b8-a8f6-4463-a345-4553a30efa3f","Un moto accelerato",{"id":213,"text":214,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"1551aee4-0636-4c0d-b967-d65ffb3f386d","Un moto rettilineo uniforme",{"id":216,"text":217,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"cde639ea-004b-48f6-af90-485ab3de0b59","Un moto circolare",{"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},"72c5acca-d534-5b8e-99b0-2e26489c2929","Chi riprese le idee di Galileo per enunciare il primo principio della dinamica?",9,[223,226,229,232],{"id":224,"text":225,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"17f3d44f-446c-4541-aec1-117ba405f279","Einstein",{"id":227,"text":228,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"9e21feb4-2d0b-45b8-b5ae-9d03297cf6b3","Keplero",{"id":230,"text":231,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"3d8947dd-a156-4693-8e61-d04c4ef162e8","Newton",{"id":233,"text":78,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"6b82c4bf-a4b8-4504-b3e7-7647db767fc9",{"id":235,"quiz_id":9,"question_text":236,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":237,"options":238},"4415f75e-70fc-55b4-bb56-278c5af52b75","Come si chiama la legge enunciata da Newton a partire dalle idee di Galileo?",10,[239,241,244,246],{"id":240,"text":57,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"d88410ba-e0ad-4379-9907-7384e0b5dfb1",{"id":242,"text":243,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"87828b24-f002-4f00-b60e-e465f2491541","La legge di gravitazione universale",{"id":245,"text":54,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"f9ac2a63-c0b3-4597-951a-cc75c3e66ea7",{"id":247,"text":248,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"dbf02ee5-1e7a-4f1f-997a-af9e1bd5311d","Il principio di conservazione dell'energia",{"id":250,"quiz_id":9,"question_text":251,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":252,"options":253},"81f14391-5bb2-514b-a039-817f2554361f","Cosa afferma il primo principio della dinamica riguardo a un corpo senza cause esterne?",11,[254,257,260,263],{"id":255,"text":256,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"7d40e438-1356-4b01-a295-7d04640ec704","Cambia sempre direzione",{"id":258,"text":259,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"13381b77-8351-4529-82b0-5b65798ba90c","Accelera sempre",{"id":261,"text":262,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"01ebe9b0-a80c-463f-ba44-95d022843d60","Rimane nel suo stato di quiete o di moto rettilineo uniforme",{"id":264,"text":265,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"0f7d1130-f4c3-4888-b05a-78f621b4ab03","Si ferma sempre",{"id":267,"quiz_id":9,"question_text":268,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":269,"options":270},"ac527deb-eac5-59c2-aa25-190848f0a657","Quali sono i due stati possibili di un corpo secondo il primo principio della dinamica?",12,[271,274,277,280],{"id":272,"text":273,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"e7f986f8-13cb-4b0c-b3fc-b2de003fecec","Quiete e moto accelerato",{"id":275,"text":276,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"8ce7fec0-bb01-451d-92ac-fdc07ca6bdb3","Quiete e moto rettilineo uniforme",{"id":278,"text":279,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"4a7511f4-6057-4ddb-a74a-b196d4a6a696","Accelerazione e decelerazione",{"id":281,"text":282,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"d404a921-f8bb-4922-a930-51b602a21d17","Moto circolare e moto rettilineo",{"id":284,"quiz_id":9,"question_text":285,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":286,"options":287},"d2a6fe10-9918-5473-995f-516626066a1f","Cosa è necessario perché lo stato di un corpo cambi, secondo il primo principio della dinamica?",13,[288,291,294,297],{"id":289,"text":290,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"e481ea81-10c9-4225-b414-551de40078a6","Un aumento della massa",{"id":292,"text":293,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"4c700dfa-578d-4d69-9d04-29c1895e3d88","Il passare del tempo",{"id":295,"text":296,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"7b63dc22-7109-4317-b67b-8f534971d786","L'intervento di una causa esterna",{"id":298,"text":299,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"be56de1a-64a6-4442-b76d-5bbcb1d704e3","Una diminuzione dell'attrito",{"id":301,"quiz_id":9,"question_text":302,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":303,"options":304},"9d9a40c5-e558-5c09-9407-54d9f001da6e","Cosa succede a un corpo fermo se non interviene nessuna causa esterna?",14,[305,308,311,314],{"id":306,"text":307,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"d5548705-7cc8-435c-9013-a55b743fcc70","Inizia a muoversi da solo",{"id":309,"text":310,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"70583573-cc9d-4695-ab99-ad5eb76343f0","Rimane fermo",{"id":312,"text":313,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"cbe6a4a5-b274-4ca1-85c4-5dbf80b1c6fa","Accelera lentamente",{"id":315,"text":316,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"22ea56c9-7373-4d78-ad34-47c7a686d435","Cambia stato spontaneamente",{"id":318,"quiz_id":9,"question_text":319,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":320,"options":321},"5f8e8ce8-8fee-5b30-9e1c-39175d9acc4c","Cosa succede a un corpo in moto rettilineo uniforme se non interviene nessuna causa esterna?",15,[322,325,328,331],{"id":323,"text":324,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"65489465-49ff-42b9-b3d1-4a9aea6bda86","Rallenta gradualmente",{"id":326,"text":327,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"7f250157-ac2c-43cc-a648-15bd1b549d20","Continua a muoversi a velocità costante",{"id":329,"text":330,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"c4f42958-2697-4f28-b981-8e1449eac884","Si ferma subito",{"id":332,"text":333,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"a0305f96-166e-4c13-8128-4cb89f529572","Accelera",{"id":335,"quiz_id":9,"question_text":336,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":337,"options":338},"aedf46bb-1b76-5c7a-b9ac-c88be5a631b2","Perché la pallina si fermava prima sul piano ruvido rispetto a quello liscio?",16,[339,342,345,348],{"id":340,"text":341,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"c172e8a8-fa5e-4078-a329-40aab2a0bd74","Perché il piano ruvido era più inclinato",{"id":343,"text":344,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"352fc7c7-1043-4fa7-826f-f4d9aeedcbb6","Perché la pallina era più pesante",{"id":346,"text":347,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"d6cbd9c0-f9c3-49c6-8cbf-743dff48beae","Perché il piano ruvido era più corto",{"id":349,"text":350,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"d1543ead-033e-4872-90bf-64f83193be45","Perché il piano ruvido aveva più attrito",{"id":352,"quiz_id":9,"question_text":353,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":354,"options":355},"5e97f03f-a4a4-5af2-bda7-0c517dba67ff","Cosa dimostra il confronto tra piano ruvido e piano liscio nell'esperimento di Galileo?",17,[356,359,362,365],{"id":357,"text":358,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"9726c816-5f9c-40ae-8c1a-d80794e305f0","Che solo il peso conta nel moto",{"id":360,"text":361,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"78eaf7aa-b6e4-46fb-b017-aaeabb7f76ed","Che la superficie non influisce sul moto",{"id":363,"text":364,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"afa35341-732c-4ec4-b486-ba44e7274945","Che l'attrito fa rallentare e fermare un corpo in movimento",{"id":366,"text":367,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"06e89f32-87f1-48e4-a59e-9773123de92e","Che l'attrito accelera i corpi",{"id":369,"quiz_id":9,"question_text":370,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":371,"options":372},"a7e17f31-ae7e-5b58-87a5-d3d80927017e","Che oggetto usò Galileo per il suo esperimento sul moto?",18,[373,376,379,382],{"id":374,"text":375,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"eb138742-e832-4dcf-924c-15e51c3fe282","Un pendolo",{"id":377,"text":378,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"7e5908a7-7f36-4400-91d4-81cd42e69c53","Una pallina",{"id":380,"text":381,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"057c545e-ce2f-4680-bf3e-a92fade275fa","Una sfera di metallo pesante",{"id":383,"text":384,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"72721cb8-6109-408c-b8ea-238fdb27c636","Un carrello",{"id":386,"quiz_id":9,"question_text":387,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":388,"options":389},"26eb61ff-9c68-5f96-b5d1-d66a3f9e6bde","Da chi trasse ispirazione Newton per formulare il primo principio della dinamica?",19,[390,393,396,399],{"id":391,"text":392,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"f79d2be5-56db-4d9b-a1df-9f31506d7a42","Da Copernico",{"id":394,"text":395,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"0825301a-80c6-4e80-be16-67b93118cb48","Da Keplero",{"id":397,"text":398,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"e1fd1e49-4a01-42a0-9297-e8327089332c","Da Galileo Galilei",{"id":400,"text":401,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"d9d8c612-9366-4329-9e76-e221975767ef","Da Archimede",{"id":403,"quiz_id":9,"question_text":404,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":405,"options":406},"69c17275-33bf-5c57-b8bc-f2388566709f","Cosa collegava il piano inclinato al piano orizzontale nell'esperimento?",20,[407,410,413,416],{"id":408,"text":409,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"7a43ce26-b3af-455f-938e-6e78a474cdb1","La pallina scivolava dal primo al secondo",{"id":411,"text":412,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"597a0514-6f7b-4c8e-9bfd-478171677734","Erano separati da un muro",{"id":414,"text":415,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"4e3275d2-04fb-4dfb-8b23-3e1a3c087827","La pallina rimbalzava tra loro",{"id":417,"text":418,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"8051f1fe-9d4a-4458-80c4-550158f0a420","Non erano collegati",{"id":420,"quiz_id":9,"question_text":421,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":422,"options":423},"9d967fc2-31f6-5a5e-a549-ede1944cc4f9","Cosa cambiò Galileo tra la prima e la seconda parte dell'esperimento?",21,[424,427,430,433],{"id":425,"text":426,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"4f4bbbd2-ce46-4035-8e50-6ce977035457","La lunghezza del piano inclinato",{"id":428,"text":429,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"680bc1fc-f7eb-455d-bd68-c408ed92315b","Il peso della pallina",{"id":431,"text":432,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"1e3c550b-b3ec-4a1e-b9ed-2b18e1f01a6b","L'inclinazione del piano",{"id":434,"text":435,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"23a5987c-624d-4514-ae67-6ab1d6da54aa","La ruvidità del piano orizzontale",{"id":437,"quiz_id":9,"question_text":438,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":439,"options":440},"25f18b0e-3f1b-5280-b42b-0582edf5289c","Qual è il nome della legge fisica che descrive lo stato di quiete o di moto rettilineo uniforme dei corpi?",22,[441,443,446,449],{"id":442,"text":57,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"0e21e54b-02da-4f7c-b3e0-670464ccec22",{"id":444,"text":445,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"ff8bc598-4c7b-40f3-bb52-bbbf5efdc5c5","Il principio di inerzia relativistica",{"id":447,"text":448,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"534bb949-79d6-44a3-97fc-e343f53be008","La legge di Coulomb",{"id":450,"text":54,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"cec348ae-af58-45fd-be02-1130772adb97",{"id":452,"quiz_id":9,"question_text":453,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":454,"options":455},"45eacb4b-d32d-52ff-8694-e14d0dcec168","Che effetto ha una minore ruvidità del piano sulla distanza percorsa dalla pallina?",23,[456,459,462,465],{"id":457,"text":458,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"b9fed2de-5d15-41fc-af62-189818e3bef1","La distanza resta uguale",{"id":460,"text":461,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"ee75a2d7-942f-40b1-9131-540824609280","La pallina percorre una distanza maggiore",{"id":463,"text":464,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"01b296c5-ef88-4f27-be47-f769c0ce1925","La pallina non si muove",{"id":466,"text":467,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"475efaae-923d-43f7-9450-b6356b1d54eb","La pallina percorre una distanza minore",{"id":469,"quiz_id":9,"question_text":470,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":5,"options":471},"57521b15-b610-57c8-b25a-aaecd98dcd2e","Qual è la causa che fa perdere velocità alla pallina nell'esperimento di Galileo?",[472,475,477,480],{"id":473,"text":474,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"41695610-7039-40f4-9c13-487b180f73fb","La forma della pallina",{"id":476,"text":426,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"66dfd1a9-70e2-4404-a1e1-4d2e4eed9779",{"id":478,"text":479,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"541d80f0-8ff8-40ad-bde5-6e1a0aa37ba0","L'attrito del piano",{"id":481,"text":429,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"444f3211-ab31-4756-affa-83ad19a509b0",{"id":483,"quiz_id":9,"question_text":484,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":485,"options":486},"832a1510-6e06-5880-9452-f69da96f2328","Cosa intuì Galileo osservando l'effetto di un attrito sempre minore sulla pallina?",25,[487,490,493,496],{"id":488,"text":489,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"039cf8f9-f66d-4cd7-aecf-475c2c76ea28","Che l'attrito non ha alcun effetto",{"id":491,"text":492,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"6d58e97f-3b1c-4027-94c5-f0e1ffc6a4f7","Che senza attrito la pallina si muoverebbe all'infinito a velocità costante",{"id":494,"text":495,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"362ef1ae-e0ab-4100-8df5-122d6495bc14","Che senza attrito la pallina si fermerebbe subito",{"id":497,"text":498,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"8a89213e-f359-4d3d-9eec-90da95109307","Che la pallina accelererebbe senza fine",{"id":500,"quiz_id":9,"question_text":501,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":502,"options":503},"951c5c55-d8f8-5c74-bb22-9fc39decddbc","Qual è la differenza tra il lavoro di Galileo e quello di Newton sul primo principio?",26,[504,507,510,513],{"id":505,"text":506,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"2f77b285-acec-4063-8e29-19aed64e094c","Galileo enunciò il principio, Newton fece l'esperimento",{"id":508,"text":509,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"ecbb4ead-d496-4ff9-beec-3741c6d71bd4","Galileo fece l'esperimento, Newton enunciò il principio",{"id":511,"text":512,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"d6a4069f-c021-4657-98be-7c132658be72","Entrambi fecero lo stesso esperimento insieme",{"id":514,"text":515,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"8691e2f7-f489-43da-bc9a-d56f40232d14","Non c'è alcuna differenza tra i due lavori",{"id":517,"quiz_id":9,"question_text":518,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":519,"options":520},"021a7e28-1b8b-5d77-a74d-e950bfb324c8","In che stato rimane un corpo secondo il primo principio della dinamica, se nessuna causa esterna agisce su di lui?",27,[521,524,527,530],{"id":522,"text":523,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"c1ba3361-19e5-4ad9-ba5c-30eaa05a8643","Nel suo stato di quiete o di moto rettilineo uniforme",{"id":525,"text":526,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"8e5d624f-7876-4953-ab18-05cd67d90ff4","In uno stato di equilibrio termico",{"id":528,"text":529,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"900e205f-1717-4dc4-84f3-023b409feb36","In uno stato di accelerazione costante",{"id":531,"text":532,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"732628e3-e02c-49a4-8d49-3c1f1ef641f2","In uno stato di moto circolare",{"id":534,"quiz_id":9,"question_text":535,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":536,"options":537},"6e43989e-fe53-5be8-9323-6ac896a48524","Cosa varia lo stato di quiete o di moto di un corpo secondo il primo principio della dinamica?",28,[538,540,543,546],{"id":539,"text":293,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"fe2844c1-932f-4038-9852-0bd7c62777fa",{"id":541,"text":542,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"21055676-b3b9-4ffb-8e0b-36b0db3352f5","La temperatura ambiente",{"id":544,"text":545,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"511696aa-d641-4635-a70d-3edc84efeb99","La forma del corpo",{"id":547,"text":296,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"ae3cd3f3-5280-49ed-8951-1aeb26c7bcbf",{"id":549,"quiz_id":9,"question_text":550,"media_url":13,"media_upload_id":13,"question_type":71,"explanation":13,"language":13,"order":551,"options":552},"8d1d8c06-0da3-5611-9382-66f3389e87ab","Quale scienziato osservò per primo il comportamento della pallina sul piano inclinato, dando le basi al primo principio della dinamica?",29,[553,555,558,561],{"id":554,"text":75,"media_url":13,"media_upload_id":13,"is_correct":6,"order":4},"662a0c8f-729a-4861-9884-24917f51ff64",{"id":556,"text":557,"media_url":13,"media_upload_id":13,"is_correct":6,"order":79},"b955b0d3-a53c-4aad-b58e-d827ec2d8887","Christiaan Huygens",{"id":559,"text":560,"media_url":13,"media_upload_id":13,"is_correct":6,"order":83},"c436375c-8785-49d9-8c0b-6694e70d2e55","Johannes Kepler",{"id":562,"text":82,"media_url":13,"media_upload_id":13,"is_correct":6,"order":87},"16990fd5-2b2b-4c9b-b047-298a0a3f915f",[],{"left":4,"top":4,"width":5,"height":5,"rotate":4,"vFlip":6,"hFlip":6,"body":565},"\u003Cpath fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"2\" d=\"M13 5h8m-8 7h8m-8 7h8M3 17l2 2l4-4M3 7l2 2l4-4\"\u002F>",{"left":4,"top":4,"width":5,"height":5,"rotate":4,"vFlip":6,"hFlip":6,"body":567},"\u003Cpath fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" 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