Black holes
Black Holes
(2 votes)
Tags
- Classification: Schwarze Löcher
- Age Range: 15-18, 18-25
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Medium
- Educational Asset Type: Questionnaire
- Format: application/x-shockwave-flash
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Active
- Learning Time: 0.5 didactic hour
- Metadata Language: en
- Purpose: Discipline
- Size: Up to 250KB
- Structure: Atomic
Invisible Objects
Tags
- Classification: Schwarze Löcher, Dunkle Materie
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Easy
- Educational Asset Type: Simulation
- Format: application/zip
- Intended User Role: Teacher
- Interactivity Level: Low
- Interactivity Type: Expositive
- Language: en
- Learning Time: 0.5 didactic hour
- Metadata Language: en
- Purpose: Discipline
- Size: More than 5MB
- Structure: Atomic
- Technical Name: ms-windows
- Type: Operating system
WorldWide Telescope
(1 vote)
Tags
- Classification: Umlaufbahn, Galaxien, Schwarze Löcher, Asteroiden, Offene Haufen, Sternkarte, Observatorien
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Medium
- Educational Asset Type: Simulation
- Format: text/html
- Intended User Role: Teacher
- Interactivity Level: Very high
- Interactivity Type: Active
- Learning Time: 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: More than 5MB
- Structure: Networked
- Technical Name: netscape communicator
- Type: Browser
An Introduction to Neutrino Astronomy (by Prof. John Learned)
(3 votes)
Tags
- Classification: Urknall, Sterne, Schwarze Löcher, Kosmische Hintergrundstrahlung, Kosmische Strahlen, Kosmologie, Gamma Ray Bursts
- Age Range: 18-25
- Aggregation Level: Educational content
- Context: Other
- Difficulty: Difficult
- Educational Asset Type: Experiment
- Format: text/html
- Intended User Role: Learner
- Interactivity Level: Medium
- Interactivity Type: Mixed
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: Up to 250KB
- Structure: Networked
- Technical Name: ms-windows
- Type: Operating system
The AMANDA Neutrino telescope at South Pole
(2 votes)
Tags
- Classification: Urknall, Sterne, Schwarze Löcher, Kosmische Hintergrundstrahlung, Kosmische Strahlen, Kosmologie, Gamma Ray Bursts
- Age Range: 18-25
- Aggregation Level: Educational content
- Context: Other
- Difficulty: Difficult
- Educational Asset Type: Experiment
- Format: text/html
- Intended User Role: Learner
- Interactivity Level: Medium
- Interactivity Type: Mixed
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: More than 5MB
- Structure: Networked
- Technical Name: ms-windows
- Type: Operating system
Stellar Evolution: About Red Giants and White Dwarfs (Inquiry Based Teaching)
(7 votes)
Tags
- Classification: Kernfusion, Schwarze Löcher, Astrometrie, Neutronensterne
- Age Range: 15-18
- Aggregation Level: Learning activity
- Context: school education
- Difficulty: Medium
- Educational Model: Inquiry-based teaching
- Format: application/zip
- Intended User Role: Learner
- Interactivity Level: High
- Interactivity Type: Active
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: From 250KB to 500KB
- Structure: Linear
- Technical Name: ms-windows
- Type: Operating system
Stellar Evaluation-about Red Giants and White Dwarfs
(1 vote)
Tags
- Classification: Schwarze Löcher, Astrometrie, HertzsprungRussellDiagramm, Hauptreihe, Neutronensterne, Veränderliche Sterne, Supernova
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Difficult
- Educational Model: Inquiry-based teaching
- Format: application/mspowerpoint
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Active
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: From 1MB to 5MB
- Structure: Linear
- Technical Name: ms-windows
- Type: Operating system
CNO Cycle (Bethe-Weizsäcker-cycle) GIF picture
Tags
- Classification: Schwarze Löcher, Astrometrie, HertzsprungRussellDiagramm, Hauptreihe, Neutronensterne, Veränderliche Sterne, Supernova
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Difficult
- Educational Asset Type: Graph
- Format: image/gif
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Active
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: From 1MB to 5MB
- Structure: Linear
- Technical Name: ms-windows
- Type: Operating system
Wien's displacement law - GIF picture
Tags
- Classification: Schwarze Löcher, Astrometrie, HertzsprungRussellDiagramm, Hauptreihe, Neutronensterne, Veränderliche Sterne, Supernova
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Difficult
- Educational Asset Type: Graph
- Format: image/gif
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Active
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: From 1MB to 5MB
- Structure: Linear
- Technical Name: ms-windows
- Type: Operating system
Hertzsprung Russel Diagram - GIF picture
Tags
- Classification: Schwarze Löcher, Astrometrie, HertzsprungRussellDiagramm, Hauptreihe, Neutronensterne, Veränderliche Sterne, Supernova
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Difficult
- Educational Asset Type: Graph
- Format: image/gif
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Active
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: From 1MB to 5MB
- Structure: Linear
- Technical Name: ms-windows
- Type: Operating system
The Discover The COSMOS Project is financed by the European Commission's Framework Programme 7 (FP7)