Light reflection
What color would plants have on another planet?
(1 vote)
Tags
- Classification: Astrobiology, Atmospheres, Extrasolar planets, Extraterrestrial life, Flowering plants/life cycle/parts of plants, Photosynthesis, Plant nutrition and growth, Colour, Light reflection
- Age Range: 15-18
- Aggregation Level: Learning activity
- Difficulty: Difficult
- Educational Asset Type: Exercise
- Format: application/mspowerpoint
- Interactivity Level: Very high
- Interactivity Type: Active
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: More than 5MB
- Structure: Atomic
- Technical Name: ms-internet explorer
- Type: Browser
Analysing Lunar Craters
(5 votes)
Tags
- Classification: Crater, Moon, Phases of the Moon, Solar system, Rocks and soils - generally, Light reflection, Application of science - generally, Asking questions, Contexts for science
- Age Range: 12-15
- Aggregation Level: Learning activity
- Difficulty: Medium
- Educational Model: Inquiry-based teaching
- Format: video/mpeg
- Interactivity Level: High
- Interactivity Type: Active
- Language: en
- Learning Time: 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: From 1MB to 5MB
- Structure: Hierarchical
- Technical Name: any
- Type: Browser
Moonsaic
(5 votes)
Tags
- Classification: Crater, Moon, Phases of the Moon, Solar system, Light reflection, Application of science - generally, Asking questions, Ideas and evidence in science, Using science to explain
- Age Range: 6-9, 9-12, 12-15
- Aggregation Level: Learning activity
- Difficulty: Medium
- Educational Model: Inquiry-based teaching
- Format: image/jpeg
- Interactivity Level: High
- Interactivity Type: Active
- Language: en
- Learning Time: 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: From 500KB to 1MB
- Structure: Hierarchical
- Technical Name: any
- Type: Browser
Grazing Incidence Angle: Illustrating the Law of Reflection with a Twist
(5 votes)
Tags
- Classification: Properties of light - generally, Light reflection, Energy transfer and storage
- Age Range: 15-18
- Aggregation Level: Educational content
- Difficulty: Medium
- Educational Asset Type: Questionnaire
- Format: application/pdf
- Interactivity Level: High
- Interactivity Type: Mixed
- Language: en
- Learning Time: 1 didactic hour
- Metadata Language: en
- Purpose: Discipline
- Size: Up to 250KB
- Structure: Atomic
Analisando as Crateras Lunares
(5 votes)
Tags
- Classification: Solar system, Light reflection, Recording observations/measurements, Using science to explain
- Age Range: 9-12, 12-15
- Aggregation Level: Learning activity
- Difficulty: Medium
- Educational Model: Inquiry-based teaching
- Format: application/mspowerpoint
- Interactivity Level: High
- Interactivity Type: Active
- Language: pt
- Learning Time: 2 didactic hours
- Purpose: Discipline
- Size: From 500KB to 1MB
- Structure: Hierarchical
- Technical Name: any
- Type: Browser
Light reflection
Tags
- Classification: Light reflection
- Age Range: 12-15
- Aggregation Level: Educational content
- Difficulty: Very easy
- Educational Model: Inquiry-based teaching
- Format: image/jpeg
- Interactivity Level: Very low
- Interactivity Type: Expositive
- Language: en
- Learning Time: 0.25 didactic hour
- Metadata Language: en
- Purpose: Discipline
- Size: Up to 250KB
- Structure: Atomic
- Technical Name: ms-windows
Die helle Not
Tags
- Classification: Pollution, Wave reflection, Light reflection, Earth
- Age Range: 12-15, 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Medium
- Educational Asset Type: Exercise
- Format: text/html
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Mixed
- Language: de
- Learning Time: 1 didactic hour
- Metadata Language: en
- Purpose: Discipline
- Size: Up to 250KB
- Structure: Atomic
- Technical Name: any
- Type: Browser
Determination of Asteroids rotation periods (Lesson Plan)
(2 votes)
Tags
- Classification: Wave reflection, Light reflection, Asteroids
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Medium
- Educational Asset Type: Exercise
- Format: text/html
- Intended User Role: Teacher
- Interactivity Level: Very high
- Interactivity Type: Active
- Language: en
- Learning Time: more than 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: Up to 250KB
- Structure: Atomic
- Technical Name: any
- Type: Browser
Asteroids (Theory)
Tags
- Classification: Wave reflection, Light reflection, Asteroids
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Medium
- Educational Asset Type: Lecture
- Format: text/html
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Expositive
- Language: en
- Learning Time: 2 didactic hours
- Metadata Language: en
- Purpose: Discipline
- Size: Up to 250KB
- Structure: Atomic
- Technical Name: any
- Type: Browser
Telescopes: The perfect machines (Lecture in Greek)
(2 votes)
Tags
- Classification: Wave reflection, Wave refraction, Light sources, Light reflection, Light refraction, Observatories
- Age Range: 15-18
- Aggregation Level: Educational content
- Context: school education
- Difficulty: Easy
- Educational Asset Type: Lecture
- Format: application/mspowerpoint
- Intended User Role: Teacher
- Interactivity Level: Medium
- Interactivity Type: Active
- Language: el
- Learning Time: 1 didactic hour
- Metadata Language: en
- Purpose: Discipline
- Size: From 500KB to 1MB
- Structure: Collection
- Technical Name: ms-windows
- Type: Operating system
The Discover The COSMOS Project is financed by the European Commission's Framework Programme 7 (FP7)