AR PATTERNS
A: 11 Sides total
B: 12 sides total
A: 2 shapes, each with odd number of sides
B: 2 shapes, each with an even number of sides
A: 0 dots= white petal, 1 dot= grey petal, 2 dot= black petal
B: 0 dot= black petal 1 dot- white petal 2 dot- grey petal
A: shape has an even number of sides and horizonal and vertical symmetry
B: odd number of sides and only vertical symmetry
A: upward pointing arrow and a white circle or downward pointing arrow and black circle.
Other shapes are distractors
B: downward pointing arrow and white circle or upward pointing arrow and a black circle
A: If pentagon is upwards, circle is white
B: IF pentagon downwards, circle is white
A: square in top left corner and always odd number of shapes
B: circle in top left corner and even number of shapes
A: any 4 of 16 squares are shaded. Shaded squares in top eft or bottom right are black and
top right or bottom left are grey
B: 4 of 16 squares are shaded. Shaded squares in top eft or bottom right are grey and top
right or bottom left are black
A: white leaf= black leaf on upper side of stem opposite the side the leaf is on. Black leaf=
white leaf on upper side of stem opposite the side the leaf is on. Grey leaf= black and white
leaf on lower side of stem opposite the side the leaf is on
B:
A: 3 overlapping areas between shapes
B: 1 overlapping area between shapes
A: 3 of same shapes diagonally with same shading
B: 2 of the same shape diagonally with same shading
A: even number of intersections
B: odd number of intersections
A: odd number of straight lines emerging from middle circle
B: even number of straight lines emerging from middle circle
A: number of circles = 2n-1 where n is number of sides of straight sided shapes
,B: total number of circles = n-1 where n is number of sides of straight sided shape
A: each curved line = one straight line
B: each curved line of a white shape = one straight line
A: arrows point in every direction except right
B: arrow point in every direction but 2 go right
A: letter above dotted line symmetric on its horizontal axis, shape below is not
B: shape below dotted line is symmetric along horizontal axis, shape above is not
A: even number of shapes with odd sides. Odd number of shapes with even sides
B: odd number of shapes with odd number of sides. Even number of shapes with even
number of sides
A: largest shape in box is intersected by an even number of shapes
B: largest shape is intersected by odd number of shapes
A: largest shape has curved lines only
B: largest shape has straight lines only
A: always on shape enclosed by another bigger shape and every set has 3 shapes
B: no shapes enclosed by another shape and every set has 5 shapes
A: largest shape is black. Right angles of large black object= number of white circles
B: largest shape is white in colour. Number of acute angles of large white object= number of
black circles
A: 1 black shape. Number of sides of black shape is = to total number of parallel lines
B: 1 black shape. Number of sides of black shape= one less than total number of parallel
lines
A: even number of shapes with 1 shape touching edge
B: even number of shapes with 2 shapes touching the edge
A: more squares on right side than left & greater number of large than small squares
B: more squares on left than right and a great number of small than large squares
A: even number of shapes and more white than black
B: odd number of shapes and more black than white
A: 3 intersections and always a white circle
B: 2 intersections and always a white triangle
A: circle of matching colour is closest to line of same colour and if smaller circle is black,
black line is always on top. If bigger circle is black, black line is on left/right
, B: circle of matching colour is always further away from line of matching colour and if
smaller circle is black, black line is on left/right. If bigger circle is black, black line on
top/bottom
A: all black shapes have at least one curved edge, white shapes only straight
B: all black shapes have straight edge, white shapes have at least one curve
A: 8 black triangles 8 white triangles, all 3 corner triangles are black
B: 8 black triangles and 8 white triangles, all 3 corner triangles are white
A: solid outer edges
B: outer edges with interruptions
A: top shape connected to wheel at an edge, number of black circles= number of sides top
shape has. If connected at a corner, number of white circles= number of sides the top shape
has
B: top shape connected to wheel at an corner, number of black circles= number of sides top
shape has. If connected at a edge, number of white circles= number of sides the top shape
has
A: large shape with replica inside of same colour
B: large shape with replica inside with opposite colour
A: only one shape repeated twice always on opposite sides separated by middle
B: only one shape repeated twice, always on opposite side but not separated by middle
A:at least 3 shapes- uppermost is shaded
B:
A: each shape assigned a value – a triangle= 1, circle= 4, square = 6, total value= 12
B: triangle= 6, circle- 1, square-2, total value= 9
A: total number of curved sides is even- square is present
B: curved sides is odd- star is present
A: total number of sides is 10
B: total number of sides is 12
A: 4 Shapes and 6 intersections
B: 5 shapes and 8 intersections
A: quadrilaterals are left of circles. If hexagon present, its in the top half
B: any quadrilaterals are right of circles. If hexagon is present, its in the bottom half
A: number of shaded shapes is even. Every box has at least 2 shaded shapes
B: number of shaded shapes is odd, at least one 1 shaded shape.
A: 11 Sides total
B: 12 sides total
A: 2 shapes, each with odd number of sides
B: 2 shapes, each with an even number of sides
A: 0 dots= white petal, 1 dot= grey petal, 2 dot= black petal
B: 0 dot= black petal 1 dot- white petal 2 dot- grey petal
A: shape has an even number of sides and horizonal and vertical symmetry
B: odd number of sides and only vertical symmetry
A: upward pointing arrow and a white circle or downward pointing arrow and black circle.
Other shapes are distractors
B: downward pointing arrow and white circle or upward pointing arrow and a black circle
A: If pentagon is upwards, circle is white
B: IF pentagon downwards, circle is white
A: square in top left corner and always odd number of shapes
B: circle in top left corner and even number of shapes
A: any 4 of 16 squares are shaded. Shaded squares in top eft or bottom right are black and
top right or bottom left are grey
B: 4 of 16 squares are shaded. Shaded squares in top eft or bottom right are grey and top
right or bottom left are black
A: white leaf= black leaf on upper side of stem opposite the side the leaf is on. Black leaf=
white leaf on upper side of stem opposite the side the leaf is on. Grey leaf= black and white
leaf on lower side of stem opposite the side the leaf is on
B:
A: 3 overlapping areas between shapes
B: 1 overlapping area between shapes
A: 3 of same shapes diagonally with same shading
B: 2 of the same shape diagonally with same shading
A: even number of intersections
B: odd number of intersections
A: odd number of straight lines emerging from middle circle
B: even number of straight lines emerging from middle circle
A: number of circles = 2n-1 where n is number of sides of straight sided shapes
,B: total number of circles = n-1 where n is number of sides of straight sided shape
A: each curved line = one straight line
B: each curved line of a white shape = one straight line
A: arrows point in every direction except right
B: arrow point in every direction but 2 go right
A: letter above dotted line symmetric on its horizontal axis, shape below is not
B: shape below dotted line is symmetric along horizontal axis, shape above is not
A: even number of shapes with odd sides. Odd number of shapes with even sides
B: odd number of shapes with odd number of sides. Even number of shapes with even
number of sides
A: largest shape in box is intersected by an even number of shapes
B: largest shape is intersected by odd number of shapes
A: largest shape has curved lines only
B: largest shape has straight lines only
A: always on shape enclosed by another bigger shape and every set has 3 shapes
B: no shapes enclosed by another shape and every set has 5 shapes
A: largest shape is black. Right angles of large black object= number of white circles
B: largest shape is white in colour. Number of acute angles of large white object= number of
black circles
A: 1 black shape. Number of sides of black shape is = to total number of parallel lines
B: 1 black shape. Number of sides of black shape= one less than total number of parallel
lines
A: even number of shapes with 1 shape touching edge
B: even number of shapes with 2 shapes touching the edge
A: more squares on right side than left & greater number of large than small squares
B: more squares on left than right and a great number of small than large squares
A: even number of shapes and more white than black
B: odd number of shapes and more black than white
A: 3 intersections and always a white circle
B: 2 intersections and always a white triangle
A: circle of matching colour is closest to line of same colour and if smaller circle is black,
black line is always on top. If bigger circle is black, black line is on left/right
, B: circle of matching colour is always further away from line of matching colour and if
smaller circle is black, black line is on left/right. If bigger circle is black, black line on
top/bottom
A: all black shapes have at least one curved edge, white shapes only straight
B: all black shapes have straight edge, white shapes have at least one curve
A: 8 black triangles 8 white triangles, all 3 corner triangles are black
B: 8 black triangles and 8 white triangles, all 3 corner triangles are white
A: solid outer edges
B: outer edges with interruptions
A: top shape connected to wheel at an edge, number of black circles= number of sides top
shape has. If connected at a corner, number of white circles= number of sides the top shape
has
B: top shape connected to wheel at an corner, number of black circles= number of sides top
shape has. If connected at a edge, number of white circles= number of sides the top shape
has
A: large shape with replica inside of same colour
B: large shape with replica inside with opposite colour
A: only one shape repeated twice always on opposite sides separated by middle
B: only one shape repeated twice, always on opposite side but not separated by middle
A:at least 3 shapes- uppermost is shaded
B:
A: each shape assigned a value – a triangle= 1, circle= 4, square = 6, total value= 12
B: triangle= 6, circle- 1, square-2, total value= 9
A: total number of curved sides is even- square is present
B: curved sides is odd- star is present
A: total number of sides is 10
B: total number of sides is 12
A: 4 Shapes and 6 intersections
B: 5 shapes and 8 intersections
A: quadrilaterals are left of circles. If hexagon present, its in the top half
B: any quadrilaterals are right of circles. If hexagon is present, its in the bottom half
A: number of shaded shapes is even. Every box has at least 2 shaded shapes
B: number of shaded shapes is odd, at least one 1 shaded shape.
