Area of Kites and Trapezia

From Teach

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* Whiteboard rubber
* Whiteboard rubber
| colspan="2" | '''Provision for EAL/SEN/G&T'''
| colspan="2" | '''Provision for EAL/SEN/G&T'''
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* Stuart Hooker brings his own laptop.
 
* Extension sheet on subtracting areas for the more talented students.
* Extension sheet on subtracting areas for the more talented students.
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* No abnormal risks -- today will be just worksheet and whiteboard.  
* No abnormal risks -- today will be just worksheet and whiteboard.  
| colspan="2" | '''Named Students'''
| colspan="2" | '''Named Students'''
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* Stuart Hooker (ASD)
 
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* Paige Barrow (BESD)
 
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* John Sadikoglu (SLD)
 
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* Freddie Thompson (BESD)
 
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* Jake Gaywood (SLD)
 
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* Curtis Hillier (BESD)
 
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* Reece Lowden (Moderate LD)
 
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* Daniel Quest (Language)
 
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* Emily Ross (SLD)
 
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| colspan="3" |'''Starter'''
| colspan="3" |'''Starter'''

Current revision as of 12:48, 4 February 2010

Heathside Schools Mathematics Department Lesson Plan Outline
Teacher: Mr G Wilson Class: 8A3 Date: 26-Nov-09
Module/Topic: KS3: Perimeter, Area and Volume / Area of Kite and Trapezium Room: T3 Lesson: 13:55-14:45
Lesson Objectives (including AFL)
  • Recap on area of a rectangle, triangle, and parallelogram.
  • Recap on EB's recipe:
    1. Decide on the shape.
    2. Write down the correct rule.
    3. Replace the letters with numbers.
    4. Work out the answer.
    5. Give the correct units.
  • Area of a Kite
  • Area of a Trapezium
Success Criteria
  • Everyone able to remember and apply the area formulae for all the shapes discussed.
Class Management Objectives
  • Try to follow EB's example from yesterday as closely as possible, in terms of quiet and control achieved.
Lesson Context (including AFL) Prior Pupil Knowledge
  • Area of Rectangle, Triangle and Parallelogram
  • Perimeter
Resources/Equipment
  • Whiteboard pens
  • EW pen
  • 35 copies of Starter worksheets
  • This lesson plan (two hard copies)
  • Whiteboard rubber
Provision for EAL/SEN/G&T
  • Extension sheet on subtracting areas for the more talented students.
Health and Safety
  • No abnormal risks -- today will be just worksheet and whiteboard.
Named Students
Starter
  • Recap on the recipe.
  • Recap on the rules:
    • Area of rectangle = l x w
    • Area of triangle = half x base x height.
    • Area of parallelogram = base x height.
  • Quick worksheet on area of six shapes.
Development activities (including AFL)
  • Area of Kite
    • Who can tell me what a kite is? A quadrilateral with two adjacent sides of equal length.
    • What does adjacent mean? Next to each other.
    • Draw a kite with length 20cm and width 8cm.
    • Draw a rectangle around it with the same dimensions.
    • Remember that yesterday we said all triangles are half a rectangle.
    • Rule for the area of a triangle is half length x width. So the area of a kite is half length x width.
    • Area of a kite = half x length x width
  • Area of Trapezium
    • Who can tell me what a trapezium is? A quadrilateral with only one pair of parallel sides.
    • Area = Half (a + b) x h
Plenary / AFL
  • WWW (what went well?)
  • EBI (even better if...)
Cross-curricular links (Literacy, Numeracy, Citizenship, Spirituality, ICT)
Homework
  • None, as a one-off special.
  • If time, special mention for previous homework heroes.
Personal tools
lessons in production
School-specific
Lessons by class
University Exercises