The large rectangle above is divided into a series of smaller quadrilaterals and triangles. Each of the shapes is a fractional part of the large rectangle.
Can you untangle what fractional part is represented by each of the ten numbered shapes?
Your answer will be in fractions, a different fraction for each shape up to 10. The first one has been done for you. Not all the fractions will have the same denominator (bottom number - under the line).
1 = 1/8
2 =
3 =
4 =
5 =
6 =
7 =
8 =
9 =
10 =
Aunt Jane had been to a jumble sale and bought a whole lot of cups and saucers - she's having many visitors these days and felt that she needed some more. You are staying with her and when she arrives home you help her to unpack the cups and saucers.
There are four sets: a set of white, a set of red, a set of blue and a set of green. In each set, there are four cups and four saucers. So there are sixteen cups and sixteen saucers altogether.
Just for the fun of it, you decide to mix them around a bit so that there are sixteen different-looking cup/saucer combinations laid out on the table in a very long line.
So, for example:
a) there is a red cup on a green saucer but not another the same, although there is a green cup on a red saucer;
b) there is a red cup on a red saucer but that's the only one like it.
b) there is a red cup on a red saucer but that's the only one like it.
There are these sixteen different cup/saucer combinations on the table and you think about arranging them in a big square. Because there are sixteen, you realise that there are going to be four rows with four in each row (or if you like, four rows and four columns).
So here is the challenge to start off this investigation:
Place these sixteen different combinations of cup/saucer in this four by four arrangement with the following rules:-
1) In any row there must only be one cup of each colour;
2) In any row there must only be one saucer of each colour;
3) In any column there must only be one cup of each colour;
4) In any column, there must be only one saucer of each colour.
2) In any row there must only be one saucer of each colour;
3) In any column there must only be one cup of each colour;
4) In any column, there must be only one saucer of each colour.
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