IT'S NOT FAIR_
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IT’S NOT FAIR!
Mr Asher gave us a
problem. He said “It’s not
fair! My favourite colour of
Smarties (red) always
seems to have the least
number of sweets in each
tube. Is it true?” In pairs,
we counted all the
Smarties in a tube (lots of
Smarties – over 450 in the
classroom!). Then we sorted
them in different ways.
After we had sorted
them, we put the
information into a
spreadsheet and used
the ‘SUM’ function to
find a total.
our smartie table
Then we learned how to use orange green brow n
6% 3%
the chart function to create 16%
brow n
yellow
blue
bar charts and pie charts. 16%
blue purple
13% pink
red
We edited the bars and purple
yellow
red orange
sections of the pie to make 23% pink
13%
green
10%
them easier to read by
colouring them in the same as
the Smartie colour they
represented. smartie frequency table
8
7
brow n
6
Are there fewer red smarties in a blue
5
purple
smartie tube 4
pink
3
red
8 2
yellow
7 1
Red orange
6 0
Purple green
frequency
Frequerncey
5 Pink
Blue
4
Brown
3 Orange
2 Yellow
Green
1
PIE CHART TO SHOW HOW MANY SMARTIES ARE IN A
0
1 PACK
Colour of smarties
9%
25%
Are there fewer red smarties in
18%
a smartie tube
9% 6%
6% 6%
21%
Green, 7, Red, 4, 13%
22%
Purple, 3, 9%
Yellow , 1,
3%
Our results showed that each
Orange, 1,
3%
Pink, 4, 13%
pack had a random number of
Brow n, 7,
21% Blue, 5, 16%
each colour and that red was
not always the least frequent
colour.
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