20
SOLO Taxonomy

SOLO Taxonomy

  • Upload
    linus

  • View
    91

  • Download
    1

Embed Size (px)

DESCRIPTION

SOLO Taxonomy. SOLO Taxonomy. Structure of Observed Learning Outcome 5 stages Focuses on knowledge, understanding, application and synoptic linking. Prestructural : I am not sure about… . Knowledge. Unistructural : I have one idea about…. Multistructural : I have several ideas about…. - PowerPoint PPT Presentation

Citation preview

Page 1: SOLO Taxonomy

SOLO Taxonomy

Page 2: SOLO Taxonomy
Page 3: SOLO Taxonomy
Page 4: SOLO Taxonomy
Page 5: SOLO Taxonomy

SOLO Taxonomy• Structure of Observed Learning Outcome• 5 stages• Focuses on knowledge, understanding, application and

synoptic linking

Page 6: SOLO Taxonomy
Page 7: SOLO Taxonomy

Prestructural: I am not sure about…

Unistructural: I have one idea about…

Multistructural: I have several ideas about…

Relational: I have several ideas about…. I can link them together

Extended Abstract: I have several ideas about… I can link them together..and apply them to another context

Knowledge

Understanding

Page 8: SOLO Taxonomy
Page 9: SOLO Taxonomy
Page 10: SOLO Taxonomy

Prestructural

• ‘Atomic radius increases. More particles in nucleus means bigger atoms’

• Or…….

• ‘I have no idea about atomic radius’

Page 11: SOLO Taxonomy

Unistructural

• ‘Atomic radius decreases left to right in the periodic table.’

Page 12: SOLO Taxonomy

Multistructural

• ‘Atomic radius decreases left to right in the Periodic Table. 1st Ionisation energy increases left to right in the Periodic Table.’

Page 13: SOLO Taxonomy

Relational

• ‘Atomic radius decreases left to right because nuclear charge increases but shielding stays the same. Electrons are pulled closer and so ionisation energy increases.’

Page 14: SOLO Taxonomy

Extended Abstract

• ‘Atomic radius decreases left to tight because nuclear charge increases but shielding stays the same. Electrons are pulled closer and so ionisation energy increases. This also explains why electronegativity of fluorine is so high. It has a small radius and so electrons will be strongly attracted to it’s nucleus.’

Page 15: SOLO Taxonomy

Hinge Point Questions (Mazur)

Page 16: SOLO Taxonomy
Page 17: SOLO Taxonomy
Page 18: SOLO Taxonomy
Page 19: SOLO Taxonomy

Where next?