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Contextual Problems
Click here
for Contextual Projects page
StemNRICH
NRiCH has produced an
area of their website which is a set of mathematical-science
problems devoted to exploring the richness of the vital
mathematical ideas underlying science, technology and
engineering in thoroughly physical, relevant and engaging
contexts (STEM related tasks) -
Click here
Cre8ate Maths
These resources are designed
to supplement the Bowland materials, they are on the whole
shorter tasks, not requiring the use of ICT. The structure
of the resources matches the 12 priority work/industry
sectors in Yorkshire and Humberside. Resources for each
sector will include activities that relate to the industrial
or work related aspects of the context. The key
characteristic of all the resources is that they link real
and significant mathematical thinking with authentic real
world applications: Many of the files are quite large so
right click on the link and choose the save as option. Latest
additions in red. For the website
-
Click here
Bowland Maths
Bowland Maths makes maths fun and absorbing for pupils aged
11-14. The aim is to help change pupils' views of maths by
increasing their motivation and enjoyment, which should help
increase their confidence and their competence. A second aim
is to help teach maths in a different way.
The Bowland Maths materials look very different from most
maths teaching materials. They consist of innovative case
study problems, each taking 3-5 lessons, designed to develop
thinking, reasoning and problem solving skills – as in the
revised Key Stage 3 curriculum. Each case study is
different, but all provide pupils and teachers with problems
that are fun and engaging, while also being a rich maths
experience.
To access the Website with
all the resources -
Click here
Bowland Maths Support
Materials
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Build a School with Bottles |
Taken from the INSET materials Case Study 4 |
Links with Geography, Technology, Re-cycling!!! How
many bottles does it take to build a house? What
size? Length? Width? Height? Outside area? Inside
Area. If filled with sand, how much sand? (2 litre
bottles) How much mortar to fill in between bottles
– area of cross section of bottle?
Different ways of
making bricks – 3 by 3 bottles taped together verses
7 bottle brick stuck together with PVA. Walls kept
blowing over so frames had to be built. Still
blowing over so weighting bottles by filling with
water
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Bowland Task -
Click here
Pakefield Middle
Project -
Click here |
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Product Wars |
Market Research |
Questionnaire adapted
so that all students have the same questions 1, 2
and 3 but have autonomy for questions 4 and 5.
This enables whole class analysis of some of the
data - B2 tab -Click
here
PowerPoint explaining
analysis task -
Click here |
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Design a Smoothie |
PowerPoint with
examples of food labels to be used an an
introduction -
Click here
Smoothie data sheet in
a format for printing and handing out to students -
Click here
Smoothie labels - 3
tabs - one for printing, one with formulas included
and one where pupils can insert their own formulas -
Click here |
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Packaging |
Youtube Clip -
Click here |
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You Reckon |
Games On
Lesson block Activity |
Youtube Clip of
the opening Ceremony of the 2008 Beijing Olympics
giving pupils a feel for the size of the stadium -
HD Clip
Click here
Normal Clip -
Click here |
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Chain Gang
Sprinkler Activity |
Youtube Clip of
the 600km Human Chain formed across 3 Baltic States
in 1989 -
Click here |
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PowerPoint |
A number of the
tasks [Simple Simon, Thief, Chain Gangs, Games on
and Heart Beat] placed onto a PowerPoint for use in
the classroom -
Click here |
AQA have produced 30 exemplar
tasks listed in alphabetical order from their pilot of the
Functional Skills examination which can be obtained by
clicking here
This excellent resource
produced by Franck Powell for
aim (achievement
in maths) explores the topic of Mobile Phones -
Click here
NCETM - up2d8 Magazines
provide a topical context for a Maths problem with
supporting resources:
NCETM
Thanks go to Mark
Dawes (AST Comberton Village College) for
composing/compiling the following resources [except for those
named]
This is an
example of a number of openers that can be used to stimulate
discussion -
click here for the document
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Helicopter
The
wings of a US Army Helicopter have a diameter of 44ft.
They rotate at 5.4 revolutions per second.
What
is the speed of the tip of the blades?
How long does one revolution take?
What is the angular speed?
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The
following problems refer to items of news and in some cases
require questions to be posed from the news story!
[Latest additions in orange]
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