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Die Abgase werden aus dem Schornstein herausgepustet.<\/p>\n"],"subContentId":"730905ab-6c6a-4cc2-9e77-56a37544bfd0"}]},"subContentId":"e45cc3be-dc98-4534-8f1f-9d10e5f20e3b","metadata":{"contentType":"Single Choice Set","license":"U","title":"Untitled Single Choice Set"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":14.613778705637,"y":46.468401486989,"width":27.13987473904,"height":11.273486430063,"duration":{"from":27,"to":28},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"85c1b48c-d24d-4531-a9d7-e47cda283722","question":"

Richtig oder Falsch?<\/strong> Gase verteilen sich durch Diffusion, weil sie sich die Teilchen frei im Raum bewegen k\u00f6nnen.<\/p>\n","answers":["

Richtig!<\/p>\n","

Falsch!<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":false,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"95745d9e-9184-428d-b2fb-55ced84d6d5e","metadata":{"contentType":"Single Choice Set","license":"U","title":"Gase und Diffusion"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":2.0876826722338,"y":20.443059451838,"width":14.613778705637,"height":15.866388308977,"duration":{"from":45,"to":46},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"d5b908e5-d11e-4fe1-bb0f-1c230acd1b2a","question":"

Was spricht dagegen, dass sich das gasf\u00f6rmige Brom nach oben bewegt?<\/p>\n","answers":["

Die Schwerkraft.<\/p>\n","

Der Zusammenhalt zwischen den Teilchen.<\/p>\n"]},{"subContentId":"5271bf60-4ac5-4d7d-bdc5-14fb8f88adce","question":"

Warum kann man mit Bromdampf die Diffusion besonders gut zeigen?<\/p>\n","answers":["

Weil es farbig ist.<\/p>\n","

Weil es sich besonders typisch verh\u00e4lt. <\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"db87e718-343a-4e36-ac7c-9008c6516e65","metadata":{"contentType":"Single Choice Set","license":"U","title":"Bewegung des Brom-Gases nach oben?"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":3.1315240083507,"y":16.726979764701,"width":14.613778705637,"height":16.701461377871,"duration":{"from":59,"to":60},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"883888c1-5b2e-4071-b564-decb5d74caf7","question":"

Woher wei\u00df man, dass sich das gasf\u00f6rmige Brom verteilt hat?<\/p>\n","answers":["

Die F\u00fcllung beider Gef\u00e4\u00dfe ist gleich gef\u00e4rbt.<\/p>\n","

Das wurde im Film erw\u00e4hnt.<\/p>\n"]},{"subContentId":"3abd9e5f-ef2d-4228-9347-66247e3531a5","question":"

Warum ist die F\u00fcllung der beiden Gef\u00e4\u00dfe nun heller als die F\u00fcllung im untereren Gef\u00e4\u00df am Anfang?<\/p>\n","answers":["

Der Bromdampf wurde durch die Luft im oberen Gef\u00e4\u00df verd\u00fcnnt.<\/p>\n","

Ein Teil des Bromes ist entwichen.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"9aca1fb1-051f-4165-8e42-e7036e66e9d1","metadata":{"contentType":"Single Choice Set","license":"U","title":"Warum Diffusion?"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":15.657620041754,"y":57.620041753653,"width":27.13987473904,"height":9.5615866388309,"duration":{"from":91,"to":92},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"d89494af-2ffb-42f1-837c-31c36796e913","question":"

Warum verteilt sich der Bromdampf besonders schnell in dieser Apparatur.<\/p>\n","answers":["

Weil die beiden Rundkolben luftleer sind.<\/p>\n","

Das liegt an der besonderen Form (Rundkolben!).<\/p>\n"]},{"subContentId":"e92ad82d-2491-470f-990d-9dafc4181027","question":"

Was hindert beim luftleeren Gef\u00e4\u00df nicht<\/strong> mehr die Bromteilchen in der Bewegung?<\/p>\n","answers":["

Die Gasteilchen aus der Luft.<\/p>\n","

Der Luftzug in den Gef\u00e4\u00dfen.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"bdffce60-8deb-4804-a861-bcd6056686ca","metadata":{"contentType":"Single Choice Set","license":"U","title":"Schnelle Ausbreitung"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":6.2630480167015,"y":39.033457249071,"width":35.323590814196,"height":9.6033402922756,"duration":{"from":146,"to":147},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"d96a815c-16dc-480b-a901-03d111dda10d","question":"

Warum verteilt sich das Gas NO\u2082 schneller nach oben?<\/p>\n","answers":["

Weil das NO\u2082-Teilchen leichter ist als das Brom-Teilchen Br\u2082 ist.<\/p>\n","

Weil das Gas mit den NO\u2082-Teilchen w\u00e4rmer als beim Brom mit den Br\u2082-Teilchen ist.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"805061ea-c2b5-4a12-ac91-11fa3761d81f","metadata":{"contentType":"Single Choice Set","license":"U","title":"Vergleich verschiedener Gase bei der Diffusion"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":4.1753653444676,"y":55.671537926235,"width":37.578288100209,"height":9.9791231732777,"duration":{"from":164,"to":165},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"e66c72f2-9d59-49e8-a1ac-b3e9e3987de4","question":"

Aus den zwei Flaschen kommen Gase heraus, die unsichtbar sind. Wodurch kann man wissen, dass sie \u00fcberhaupt vorhanden sind?<\/p>\n","answers":["

Da wo die Gase aufeinander treffen, bildet sich wei\u00dfer \"Rauch\".<\/p>\n","

Das wird im Video so erkl\u00e4rt.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"2a1590de-9769-43ab-94fc-f0e991c1e726","metadata":{"contentType":"Single Choice Set","license":"U","title":"Aufeinandertreffen zweier Gase sichtbar machen."}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":4.1753653444676,"y":9.2936802973978,"width":19.457202505219,"height":5.4279749478079,"duration":{"from":172,"to":177},"libraryTitle":"Text","action":{"library":"H5P.Text 1.1","params":{"text":"

Hier werden jetzt jeweils aus den zwei Flaschen einige Tropfen auf Watte gegeben. <\/p>\n"},"subContentId":"7196ea2b-f99b-4439-9705-9096d170365a","metadata":{"contentType":"Text","license":"U","title":"Untitled Text"}},"pause":false,"displayType":"poster","buttonOnMobile":false,"visuals":{"backgroundColor":"rgb(255, 255, 255)","boxShadow":true},"goto":{"url":{"protocol":"http:\/\/"},"visualize":false,"type":""},"label":""},{"x":8.3507306889353,"y":59.479553903346,"width":32.150313152401,"height":9.1022964509395,"duration":{"from":203,"to":204},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"e83a72b7-4fa9-44a1-ae1c-88a199ba1e86","question":"

Warum bildet sich in der Mitte eine wei\u00dfe \"Scheibe\"?<\/p>\n","answers":["

Die Gase aus den beiden Watteb\u00e4uschen diffundieren in die Rohrmitte und treffen sich dort.<\/p>\n","

Das ist Wasserdampf, der sich mit der Zeit dort absetzt.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"3f770ac6-1450-4b8a-b42c-6a9b35452416","metadata":{"contentType":"Single Choice Set","license":"U","title":"Diffision mit Ammoniumchlorid Bildung"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":7.3068893528184,"y":63.094409649733,"width":33.736951983299,"height":8.2886226391245,"duration":{"from":211,"to":212},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"3a855b67-079e-4476-9036-f35d44b6bf56","question":"

Welches der Stoffe diffundiert schneller?<\/p>\n","answers":["

Das Stoff mit dem NH\u2083 Teilchen.<\/p>\n","

Das Stoff mit dem HCl Teilchen.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"5876e755-7378-4082-ba73-ec2fb267491d","metadata":{"contentType":"Single Choice Set","license":"U","title":"Diffusionsgeschwindigkeit"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":2.0876826722338,"y":72.490706319703,"width":38.74739039666,"height":5.4279749478079,"duration":{"from":220,"to":229},"libraryTitle":"Text","action":{"library":"H5P.Text 1.1","params":{"text":"

Man kann die Bewegung der Gase auch mit pH-Papier deutlich machen, denn HCl- Gas reagiert mit Wasser sauer und NH\u2083-Gas reagiert alkalisch. Das zeigt sich an der F\u00e4rbung des Papiers.<\/p>\n"},"subContentId":"93fa7e95-1db6-4038-9e98-f1fe66146170","metadata":{"contentType":"Text","license":"U","title":"Untitled Text"}},"pause":false,"displayType":"poster","buttonOnMobile":false,"visuals":{"backgroundColor":"rgb(255, 255, 255)","boxShadow":true},"goto":{"url":{"protocol":"http:\/\/"},"visualize":false,"type":""},"label":""},{"x":12.526096033403,"y":59.479553903346,"width":29.64509394572,"height":8.768267223382,"duration":{"from":252,"to":253},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"03a078c2-b91e-4c8e-9596-156bc29a90d1","question":"

Um was geht es hier nun?<\/p>\n","answers":["

Um die Diffusion eines violetten Stoffes in Wasser.<\/p>\n","

Um die L\u00f6slichkeit eines violetten Stoffes in Wasser.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"0674bef5-2fee-486a-aa02-69e71f495fe1","metadata":{"contentType":"Single Choice Set","license":"U","title":"Diffusion von KMnO4 in Wasser"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":12.526096033403,"y":70.630941831217,"width":29.227557411273,"height":4.1753653444676,"duration":{"from":265,"to":268},"libraryTitle":"Text","action":{"library":"H5P.Text 1.1","params":{"text":"

Man gibt jeweils ein K\u00f6rnchen des violetten Stoffes in das Wasser in den Reagenzgl\u00e4sern. <\/p>\n"},"subContentId":"f95798d4-9ebb-484e-8c3d-c8e81ce1485c","metadata":{"contentType":"Text","license":"U","title":"Untitled Text"}},"pause":false,"displayType":"poster","buttonOnMobile":false,"visuals":{"backgroundColor":"rgb(255, 255, 255)","boxShadow":true},"goto":{"url":{"protocol":"http:\/\/"},"visualize":false,"type":""},"label":""},{"x":2.0876826722338,"y":1.8587360594796,"width":38.830897703549,"height":8.2922771031772,"duration":{"from":284,"to":285},"libraryTitle":"Single Choice Set","action":{"library":"H5P.SingleChoiceSet 1.11","params":{"choices":[{"subContentId":"8505d937-83ea-4e19-bc22-f97c0e2bf253","question":"

Was ist zu beobachten?<\/p>\n","answers":["

Der violette Stoff hat sich komplett im hei\u00dfen Wasser verteilt.<\/p>\n","

Im hei\u00dfen Wasser ist der violette Stoff besser l\u00f6slich.<\/p>\n"]}],"overallFeedback":[{"from":0,"to":100}],"behaviour":{"autoContinue":true,"timeoutCorrect":2000,"timeoutWrong":3000,"soundEffectsEnabled":true,"enableRetry":true,"enableSolutionsButton":true,"passPercentage":100},"l10n":{"nextButtonLabel":"N\u00e4chste Frage","showSolutionButtonLabel":"Show solution","retryButtonLabel":"Retry","solutionViewTitle":"Solution list","correctText":"Correct!","incorrectText":"Incorrect!","muteButtonLabel":"Mute feedback sound","closeButtonLabel":"Close","slideOfTotal":"Slide :num of :total","scoreBarLabel":"You got :num out of :total points","solutionListQuestionNumber":"Frage :num"}},"subContentId":"f95ff865-85f8-45cc-866a-6230c20b4e3e","metadata":{"contentType":"Single Choice Set","license":"U","title":"Diffusion in hei\u00dfem Wasser"}},"pause":true,"displayType":"poster","buttonOnMobile":false,"adaptivity":{"correct":{"allowOptOut":false,"message":""},"wrong":{"allowOptOut":false,"message":""},"requireCompletion":false},"label":""},{"x":66.805845511482,"y":37.174721189591,"width":12.108559498956,"height":7.3893543474361,"duration":{"from":108,"to":112},"libraryTitle":"Text","action":{"library":"H5P.Text 1.1","params":{"text":"

Hier sind die Rundkolben mit Luft gef\u00fcllt. Nun geht die Diffusion wesentlich langsamer.<\/p>\n"},"subContentId":"eb09d200-99cf-4663-b9d3-74cae4fe98bb","metadata":{"contentType":"Text","license":"U","title":"Untitled Text"}},"pause":false,"displayType":"poster","buttonOnMobile":false,"visuals":{"backgroundColor":"rgb(255, 255, 255)","boxShadow":true},"goto":{"url":{"protocol":"http:\/\/"},"visualize":false,"type":""},"label":""}],"endscreens":[{"time":297,"label":"4:57 Submit screen"}]},"summary":{"task":{"library":"H5P.Summary 1.10","params":{"intro":"

Nach dem Video solltest du gelernt haben, wie Diffusion und Teilchenmodell zusammenh\u00e4ngen. Teste dich!<\/p>\n","summaries":[{"subContentId":"68c178c1-3866-4599-a541-5f3ddf7bacc4","tip":"","summary":["

Diffusion, das hei\u00dft selbstst\u00e4ndige Verteilung von Stoffen kommt von der Eigenbewegeung der Teilchen in den Stoffen.<\/p>\n","

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H\u00f6here Temperaturen f\u00fchren zu schneller Diffusion.<\/p>\n","

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Die schnellere Diffusion kommt von der schnelleren Teilchenbewegung.<\/p>\n","

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Teilchenmodell

NW5_Aggregatzustaende_Wasser_kochen

Teilchenmodell Einführung

Lernen: Allgemeines Wissen rund um das Teilchenmodell

Diffusion im Teilchenmodell

Teilchenmodell und Temperatur