In this game you play the role of a horse (a unicorn actually as you can guess…).

The principle is very simple, but quite addictive : you have to:

• jump from platforms to platforms
• catch flying angels
• avoid hitting rocks
• destroy stars
• etc…

How to play Robot Unicorn Attack game online ?

This game is basically onlyy a question of jumping (pressing the Z key) or running (pressing the X key).

But the real interest of this game is how you play it to catch flying angels, avoid hitting rocks, destroy stars by running, etc…

At some point in the game you will also find some new surprises such as rainbows, dolphins, …

Ready to play Robot Unicorn Attack online ?

Solution of this inductive reasoning test :

In this question, there are two rules that must be followed, one after the other. The first rule is: the grid is reflected in a vertical line through its centre. The second rule is: the grid is reflected in a vertical line through its centre and the directions of the shadings are reversed.

Following these rules, to get the next diagram in the sequence, the grid is reflected in a vertical line through its centre. Therefore, the correct answer is D.

Solution of this inductive reasoning test :

In this question, there are two rules to follow. The first rule is that for two images the angles of the triangle are not shaded, then for the next two they are shaded etc. Following this rule, in the next diagram of the sequence, the angles should be shaded. Therefore, the correct answer could be A, C or D.

The other rule is that the first two triangles are reflections of each other in a vertical line through the centre, then the third triangle is rotated from the first by 90° anticlockwise and the third and fourth triangles are reflections of each other in a horizontal line through the centre etc. Following this rule, the next triangle in the sequence should be a reflection of the fifth triangle in a vertical line through the centre. Therefore, the correct answer is A.

Solution of this inductive reasoning  test :

In this question, there are two rules to follow. The first rule is that the absence and presence of the dot in the centre of the circle alternates. Following this rule, in the next diagram of the sequence, there should be no dot. Therefore, the correct answer could be A, B or C.

The other rule is that the straight line rotates through 90° anticlockwise, then 180° anticlockwise, then 270° anticlockwise, then 360° anticlockwise, then back to 90°. Following this rule, the next time the straight line should rotate through 90° anticlockwise. Therefore, the correct answer is C.

Solution of this inductive reasoning test :

In this question, there are two rules to follow at the same time. The first rule is that the colours of the squares follow a pattern: black squares change to grey, grey change to white and white change to black. The second rule is that the grid of squares is reflected in a vertical line through the centre of the grid.

Both these rules have to be applied simultaneously.
Following these rules, the next diagram in the sequence must be B.

Solution of this inductive reasoning test :

In this question, there are two rules to follow. The first rule concerns the number of arrowheads and the order of the arrows. The number of arrowheads (from left to right) changes from 1, 2, 3 to 2, 3, 1 to 3, 1, 2, back to 1, 2, 3 etc. Following this rule, in the next diagram of the sequence, the order of arrows will be 3, 1, 2. Therefore, the correct answer could be A, B or D.

The other rule is that one arrow changes direction each time. Firstly the arrow with 3 arrowheads changes direction, then the one with 1 arrowhead, then the one with 2 arrowheads, etc. Following this rule, for the next diagram in the sequence the arrow with 1 arrowhead should change direction. Therefore, the correct answer is D.

Solution of this inductive reasoning test :

In this question, there is a pattern of black and white squares. The rule in this case is that all the squares in the pattern move one place to the right and one place down each time.
The correct answer is, therefore, D.

Solution of this inductive reasoning test :

In this question, there are two rules to follow :

The first rule is that the two circles interchange between normal thickness and bold thickness. Following this rule, in the next diagram of the sequence, the outer circle should be normal and the inner circle should be bold. Therefore, the correct answer could be A, or D.

The other rule is that the three shape rotate each time by 120° clockwise around the centres of the circles. Following this rule, the square will rotate to the top (or 12 o’clock), the circle to 4 o’clock and the triangle to 8 o’clock. Therefore, the correct answer is A.

Solution of this inductive reasoning test :

In this question, there are two rules to follow :

The first rule concerns the colour of the inner square. The colour of this square follows the pattern: black, black, grey, grey, white, white, etc. Following this rule, in the next diagram of the sequence, the inner square should be white. Therefore, the correct answer could be B or D.

The other rule is that the outer area is coloured white, grey, black, white, grey, black, etc. Following this rule, in the next diagram in the sequence the outer area should be coloured black. Therefore, the correct answer is D.

Solution of this inductive reasoning test:

In this question, there are two rules to follow:

The first rule concerns the number of coloured squares. There’s a group of four black squares that alternate with a group of five black square (the extra black square being in the centre of the group of four). Similarly there’s a group of five grey squares that alternate with a group of four grey squares. Following this rule, the next diagram of the sequence should have a group of five black squares and four grey squares. Therefore, the correct answer could be B, C or D.

The other rule is that both groups of squares move one place clockwise around the edge of the grid each time. Following this rule, the group of four black squares should move one further place down (at the same time becoming a group of five), and the group of five grey squares should move one further place up (at the same time becoming a group of four). Therefore, the correct answer is C.