Dein Suchergebnis zum Thema: Samen

Note: This worksheet has been developed especially for subject teaching in English and for language-sensitive subject teaching. It uses the picture sequence methodology tool developed by Josef Leisen and Heinz Klippert. The picture sequence is used to train students how to correctly comprehend and then explain the chronological and logical sequences of events. Students whose native language is not English and who do not have strong English skills receive support and training in understanding the technical vocabulary. They work with the specialized vocabulary and in this way acquire the ability to communicate about specific subjects.
subject teaching in English: For the student experimentation instructions of the same

Note: This worksheet has been developed especially for subject teaching in English and for language-sensitive subject teaching. It uses the cloze test methodology tool developed by Josef Leisen and Heinz Klippert. The cloze test is used to review and summarize a topic. It is also suited for internal differentiation. Students whose native language is not English and who do not have strong English skills receive support and training in understanding the technical vocabulary. They work with the specialized vocabulary and in this way acquire the ability to communicate about specific subjects.
subject teaching in English: For the student experimentation instructions of the same

The answer sheet contains sample answers to all questions asked in the “Tracking down technology” section in the student experimentation instructions. In some cases, the answers are very short, often only in the form of key words. Depending on the learning objective, they can be augmented and enlarged upon with additional material from textbooks or online research. You will find more detailed information in the related “B4.1 Measuring air pressure (student instructions)” experimentation instructions, which are available on the media portal of the Siemens Stiftung.
Answer sheet: For the technology module in the experimentation instructions of the same

Leiten Sie die Lernenden dazu an, mit Verhältnissen und Proportionen zu experimentieren, indem sie eine Halskette entwerfen, Farbballons werfen, Billard spielen oder Äpfel kaufen. Lassen Sie die Lernenden Vorhersagen über Proportionen treffen, bevor diese bekannt werden. Lernziele: 1. Merkmale mithilfe eines Grundes beschreiben. 2. Die Bedeutung eines Grundes in verschiedenen Kontexten vergleichen. 3. Skalen verwenden, um Proportionen zu konstruieren oder einen unbekannten Wert einer Proportion zu ermitteln. 4. Gründe für die Konstruktion von Proportionen vereinfachen oder einen unbekannten Wert einer Proportion finden. 5. Multiplikatives Denken anwenden, um Probleme zu lösen.
/Produzent: Designentwicklung: Amanda McGarry Softwareentwicklung: Andrea Lin, Sam

Leiten Sie die Lernenden dazu an, Wellen mithilfe eines undichten Wasserhahns, eines Lautsprechers oder eines Lasers zu erzeugen. Fordern Sie sie auf, Frequenz und Amplitude anzupassen und die Auswirkungen zu beobachten. Lassen Sie die Lernenden den vom Lautsprecher erzeugten Ton hören und herausfinden, welche Faktoren die Farbe des Lichts bestimmen. Lernziele: 1. Wellen in Wasser, Ton und Licht erzeugen und deren Zusammenhänge erkennen. 2. Die Eigenschaften von Wellen mit allgemeinem Vokabular beschreiben. 3. Erklären, wie sich Änderungen von Frequenz und Amplitude auf die Eigenschaften der Welle auswirken. 4. Ein Experiment zur Messung der Wellengeschwindigkeit entwerfen.
Produzent: Designentwicklung: Amy Rouinfar, Noah Podolefsky Softwareentwicklung: Sam

Leiten Sie die Lernenden dazu an, die Lichtkrümmung zwischen zwei Medien mit unterschiedlichen Brechungsindizes zu erforschen. Lassen Sie die Lernenden beobachten, wie der Wechsel von Luft zu Wasser und dann zu Glas den Biegewinkel verändert. Ermöglichen Sie es ihnen, mit Prismen unterschiedlicher Form zu spielen und einen Regenbogen zu erzeugen. Lernziele: 1. Erklären, wie Licht an der Grenzfläche zwischen zwei Medien gebogen wird und was den Winkel bestimmt. 2. Das Snelliussche Gesetz auf einen Laserstrahl anwenden, der an der Grenzfläche zwischen den Medien einfällt. 3. Beschreiben, wie sich Geschwindigkeit und Wellenlänge des Lichts in verschiedenen Medien ändern. 4. Die Auswirkung einer Wellenlängenänderung auf den Brechungswinkel beschreiben. 5. Erklären, wie ein Prisma einen Regenbogen erzeugt.
Designentwicklung: Amy Rouinfar (HTML5), Noah Podolefsky (Java) Softwareentwicklung: Sam

We recognize immediately whether we are in a small room with not much space in it or whether we are walking through a big hall. The sound and the echo of our steps tell us the dimensions of the room. We know from experience: When we find a cave, we shout into it to see how big it is, before we dare to enter it. Information and ideas: The recording simulates different rooms. A sequence of sounds is played. At first, you have the impression you are in a small room and, at the end, in a big hall. There can be a class discussion about what the rooms might look like. Relevant for teaching: Reception of stimuli and processing of information Senses discover the environment
2018 CC BY-SA 4.0 international Spatial perception Audio Sound: Sequence of same

Note: This worksheet has been developed especially for subject teaching in English and for language-sensitive subject teaching. It uses the sentence patterns methodology tool developed by Josef Leisen and Heinz Klippert. Sentence patterns are especially suited for slow learners because the students are strongly steered by the guidelines of the individual parts of the sentence. The students can use them to practice using technical terms correctly. Students whose native language is not English and who do not have strong English skills receive support and training in understanding the technical vocabulary. They work with the specialized vocabulary and in this way acquire the ability to communicate about specific subjects.
subject teaching in English: For the student experimentation instructions of the same

Note: This worksheet has been developed especially for subject teaching in English and for language-sensitive subject teaching. It uses the picture sequence and cloze test methodology tools developed by Josef Leisen and Heinz Klippert. The picture sequence is used to train students how to correctly comprehend and then explain the chronological and logical sequences of events. The cloze test is used to review and summarize a topic. It is also suited for internal differentiation. Students whose native language is not English and who do not have strong English skills receive support and training in understanding the technical vocabulary. They work with the specialized vocabulary and in this way acquire the ability to communicate about specific subjects.
subject teaching in English: For the student experimentation instructions of the same

Note: This worksheet has been developed especially for subject teaching in English and for language-sensitive subject teaching. It uses the picture sequence and sentence patterns methodology tools developed by Josef Leisen and Heinz Klippert. The picture sequence is used to train students how to correctly comprehend and then explain the chronological and logical sequences of events. Language building blocks support sentence formation and introduce students to the writing of technical texts step-by-step. Students whose native language is not English and who do not have strong English skills receive support and training in understanding the technical vocabulary. They work with the specialized vocabulary and in this way acquire the ability to communicate about specific subjects.
subject teaching in English: For the student experimentation instructions of the same