Smoothie Capacity Challenge: Difference between revisions

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{{Rinfo
{{Rinfo
|type= Lesson idea
|attribution={{Paul Warwick}} {{Fritha Fletcher}}
|final=yes  
|final=yes  
|title= Smoothie Capacity Challenge
|title= Smoothie Capacity Challenge
|tagline=Running around pretending to be particles is one way of letting off steam.
|tagline=Investigating capacity and getting wet wet wet...
|topic= states of matter
|topic= capacity
|subject= science
|subject= maths
|resourcenumber= SC0049
|resourcenumber= M0019
|age= Primary
|age= Primary
|content= This activity is intended to help young children understand that matter is made of particles and to identify changes in state as changes in the amount of energy that particles within the material have. It is intended that they develop a very practical understanding of this principle as preparation for investigating the changes in state of various different materials. The activity is a practical, physical exploration of a concept and so best done in a large hall as there is some running around involved.
|content= This activity is intended to help young children understand the concept of the capacity of a container being something that can be measured and compared. It is intended that they develop a very practical understanding of this principle as preparation for investigating measuring capacity in both non-standard and standard units.
|strategy=
|strategy=
|image=Abstract people.png|157x240px
|image=smoothie.png|200x200px
|Learning Objectives=
|Learning Objectives=
* To understand that all materials are made from particles
* Understanding that capacity is the amount that a container can hold.
* To understand that materials in different states have different amounts of energy
* Creating a method of comparing capacities.
* To understand the terms solid, liquid, gas
 
|additional resources=
|additional resources=
|useful information=
|useful information=
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|other=  
|other=  
|format=
|format=
|resources= Download the document here [[file:People Particles.doc]], or view it on the wiki [[Smoothie Capacity Challenge/Lesson Document]]
|resources=  
*download the document here {{file|Smoothie_Capacity_Challenge-M0019.doc}} or  
*view it on the wiki [[Smoothie Capacity Challenge/Lesson Document]]


}}
}}
   
   
[[Category:Primary]] [[Category: Science]]
[[Category:Primary]] [[Category: Maths]]

Latest revision as of 08:18, 18 October 2012

Smoothie.png
Investigating capacity and getting wet wet wet...

Lesson idea. This activity is intended to help young children understand the concept of the capacity of a container being something that can be measured and compared. It is intended that they develop a very practical understanding of this principle as preparation for investigating measuring capacity in both non-standard and standard units.

Teaching approach. This is a practical session to be used with a whole class in small groups(ta) of 2 or 3 –perhaps with the added supervision of a teaching assistant if the class is excitable or particularly young. There is scope within this activity for the following different methods of learning:

  • Whole class(ta) dialogue - Discussion of each part of the activity
  • Open-ended questions(ta) – How can we find out if the containers hold the same amount? What can we tell just by looking at them?
  • Project work – as part of a wider maths topic on measuring volume and capacity.
  • Enquiry-based learning(ta) – children are discovering the answer to questions that they are encouraged to pose themselves.
  • Arguing and reasoning(ta) – persuading each other about their ideas.
  • Exploring ideas – developing practical, physical understanding of key mathematical principles. (edit)
Resource details
Title Smoothie Capacity Challenge
Topic
Teaching approach
Learning Objectives
  • Understanding that capacity is the amount that a container can hold.
  • Creating a method of comparing capacities.
Format / structure
Subject
Age of students / grade
Table of contents
Additional Resources/material needed
Useful information
Related ORBIT Wiki Resources
Other (e.g. time frame)
Files and resources to view and download
Acknowledgement

Contributed by Paul Warwick.

License