Figure Matrix Questions & Answers - Page 2

In each row (as well as each column), the third figure is a combination of all the, elements of the first and the second figures.

In each row, the third figure is a combination of the first and the second figure.

There are 3 types of shadings in the triangles, 3 types of legs, 3 positions of circles, each of which is used only once in a single row. The circle is shaded in alternate figures.

In each row (as well as in each column), the number of rectangles in the second figure is two times the number of rectangles in the first figure and the number of rectangles in the third figure is three times the number of rectangles in the first figure.

In each row, the second figure is obtained by removing the outermost element of the first figure and the third figure is obtained by removing the outermost element of the second figure.

There are 3 types of faces, 3 types of bodies, 3 types of hands and 3 types of legs, each of which is used only once in a single row. So, the features which have not been used in the first two figures of the third row would combine to produce the missing figure.

In each column, the third figure (lowermost figure) contains one less number of hexagons as the first figure (uppermost figure) and the same number of trees as the second figure (middle figure).

In each row, the central part of the first figure rotates either 90^o CW or 90^o ACW to form the central part of the second figure and the central part of the first figure rotates through 180^o to form the central part of the third figure. Also, in each row, there are 3 types of side elements - rectangles, circles and triangles.

The second figure is a part of the first figure (but is not exactly the same as the first figure).

The two parts of the first figure are rearranged and joined along the longer sides. The common side is then lost to form the second figure.