Select a figure from amongst the Answer Figures which will continue the same series as established by the five Problem Figures.

Problem Figures:                          Answer Figures:

  (A)     (B)     (C)     (D)     (E)       (1)     (2)     (3)     (4)     (5)

One dot and one line segment are added to the figure in each step, once to the LHS and next to the RHS part of the figure.

The small line segment attached to the main figure moves 2,1, 3,1, 4,... spaces CW sequentially.

The shading moves upwards sequentially from lower-left corner to the upper-right corner of the rhombus and once it reaches the upper-right corner, it moves to the lower-left corner in the next step. Also, in each step, all the symbols move to the adjacent side (of the rhombus) in a CW direction and the symbol that reaches the LHS position gets replaced by a new symbol.

In each step, the symbols move in the sequence and the symbol that reaches the encircled position gets replaced by a new symbol.

The elements move in the sequences and alternately. Also, in each step, the element that reaches the encircled position, gets replaced by a new element.

The bent pin gets laterally inverted and vertically inverted alternately and moves to the adjacent side (of the square boundary) in a CW direction in each step,. The curved arrow rotates 90 ^oACW and moves to the adjacent side CW in each step. As for the third element - in one step the outer 'L' shaped symbol gets laterally inverted and in the next step the element gets vertically inverted. Or, similar figure reappears in every fourth step. So, after fig. (E), the fig. (B) should reappear.

The elements move in the sequences and alternately. Also, in each step, the element at the encircled position gets replaced by a new element.

The diagonals of the hexagon are drawn in a sequence - (1, 3), (1, 4), (1, 5), (2, 4), (2, 5), (2, 6), (3, 5), (3, 6), (4, 6).

The two elements together move two spaces (each space is equal to half-a-side of the square boundary) and three space ACW alternately. Also, in one step, the two elements interchange positions and together rotate 90 ^oCW and in the next step, the two elements interchange positions and together rotate through 180 ^o.

In each step, all the elements move to the adjacent corner (of the square boundary) in an ACW direction. Also, the elements that reach the lower-right and upper-left positions get vertically inverted alternately.