Infinitely many.
For example, find the centre of the square: this is the point where the two diagonals cross. Next, take any one of the infinitely many points on a side of the square and draw a line joining that point to the centre and extend it to meet the opposite side of the square. Each such line will divide the square into two parts that are 3 sixths each.
50
two
4
you can make a square with a tan gram eight times or more.
The letters of the word SQUARE can be arranged in 6! = 720 orders.
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I can answer this question in many different ways. This shade of blue is slightly different than the shade on the wall.
50
two
A square may be classified as a rectangle, a parallelogram, a rhombus, a polygon, and a quadrilateral.
4
Infinite ways
you can make a square with a tan gram eight times or more.
The letters of the word SQUARE can be arranged in 6! = 720 orders.
4
4 times
Conventionally there are seven colours in white light, but they shade into each other so in fact there are thousands.