NNAT-3 Practice

Both rows grow from a small shape to a big shape. The bottom row needs a big square to match the top row's small-to-big pattern.

All three visible cells show the same navy triangle pointing up. The missing cell needs the same shape.

Every cell has a navy circle, and it grows bigger as you move right. The missing cell should be a big navy circle, matching the top-right cell.

Both rows go from an outline shape to a filled-in shape. The bottom row needs a filled triangle to match.

The pattern alternates: small circle, medium circle in the top row; medium circle, small circle in the bottom row. Bottom-right needs a small orange circle.

The pattern alternates colors: orange, purple in top row; orange, purple in bottom row. Bottom-right needs a purple circle.

All four cells contain small orange circles. Bottom-right needs a small orange circle.

Two rules combine: rows go from small to big, and columns go from navy to orange. The missing square must be both big and orange.

Two rules apply at once: rows go from small to big, and columns go from light gray to dark. The missing shape must be both big and dark.

Each row gains one dot from left to right: the top row goes from 2 dots to 3 dots. The bottom row starts at 1 dot, so the missing cell needs 2 dots.

Two rules combine: columns go from circle to square, and rows go from outline to filled. The missing cell must be a filled square.

Two rules apply together: each row rotates the triangle 90 degrees clockwise, and each column changes its color from navy to orange. The missing shape must be rotated to point right AND colored orange.

Two rules combine: columns go from small to big, and rows rotate the triangle 90 degrees clockwise. The missing shape must be both big and pointing right.

Two rules combine: columns go from navy to orange, and rows go from one dot to two dots. The missing cell must have two orange dots.

Two rules combine: columns go from circle to square, and rows go from outline to filled. The missing cell must be a filled square.

Reading the grid left to right, top to bottom, the triangle rotates 90 degrees clockwise each cell: up, right, down, then left.

The first pair shows a small circle becoming a big circle. Whatever happened to the circle should happen to the square too: small square becomes big square.

The first pair shows an outline square becoming a filled square, with the color unchanged. Applying the same change to the orange circle gives a filled orange circle.

The first pair shows a navy square becoming an orange square, with the shape and size unchanged. Applying the same color change to the navy triangle gives an orange triangle pointing up.

The first pair shows a small shape becoming a big shape. Applying the same size change to the orange circle gives a big orange circle.

The first pair shows an outline shape becoming a solid, filled-in shape, with the color unchanged. Applying the same change to the purple triangle gives a filled purple triangle.

The first pair shows the triangle rotating 90 degrees clockwise (pointing up becomes pointing right), with the color unchanged. Applying the same rotation to the orange triangle gives an orange triangle pointing right.

The first pair shows a filled circle becoming an outline circle, with the color unchanged. Applying the same change to the orange square gives an outline orange square.

The first pair shows one dot becoming two dots — the count doubles, the shape and color stay the same. Applying the same doubling to the orange square gives two orange squares.

The first pair shows an outline circle becoming a solid, filled-in circle. The same change applies to the square: it goes from outline to filled.

The first pair shows the triangle rotating 90 degrees clockwise (pointing up becomes pointing right) — the color doesn't change. Applying the same rotation to the green triangle gives a green triangle pointing right.

The first pair shows one dot becoming two dots — the count doubles, the shape and color stay the same. Applying the same doubling to the green square gives two green squares.

Two changes happen together in the first pair: the triangle grows bigger AND rotates 90 degrees clockwise. Applying both changes to the small green triangle gives a big green triangle pointing right.

Two changes happen together in the first pair: the triangle grows bigger AND rotates 90 degrees clockwise. Applying both changes to the small orange triangle gives a big orange triangle pointing right.

Two changes happen together in the first pair: the triangle goes from outline to filled, and it rotates 90 degrees clockwise. Applying both changes to the orange triangle gives a filled orange triangle pointing right.

Two changes happen together in the first pair: one small circle becomes two big circles — the count doubles and the size grows. Applying both changes to the orange square gives two big orange squares.

The first pair shows a square turning into a circle of the same size and color. Applying the same change to the triangle gives a navy circle.

The first pair shows a small triangle becoming a big triangle, with the color unchanged. Applying the same size change to the orange triangle gives a big orange triangle.

The sequence shows the same navy circle repeated, unchanged. The next shape is the same navy circle.

The color alternates: navy, orange, navy, then orange again.

The shape alternates between circle and square while the color stays navy: circle, square, circle, then square again.

The triangle rotates 90 degrees clockwise each step: up, right, down, then left. The next shape is a navy triangle pointing left.

Each circle in the row is a little bigger than the one before it. The next circle should keep growing by the same amount.

The triangle rotates 90 degrees clockwise each step: up, right, down, then left. The next shape is a navy triangle pointing left.

The shape alternates between circle and square while the color stays navy: circle, square, circle, then square again.

The sequence shows the same navy square repeated three times, unchanged. The next shape is the same navy square.

The color cycles through navy, orange, purple, then repeats back to navy. The next square is navy.

The dots go 1, then 2, then 3 in a row — one more dot each step. The next group should have 4 dots, still arranged in a row.

The sequence shows the same purple circle repeated, unchanged. The next shape is the same purple circle.

Two things happen each step: the triangle keeps rotating 90 degrees clockwise (up, right, down, then left), and the color alternates between navy and orange. The next shape is an orange triangle pointing left.

Two rules combine each step: the shape alternates between circle and square, and the size alternates between small and big, together: small circle, big square, small circle, then big square again.

Two rules combine each step: the triangle rotates 90 degrees clockwise (up, right, down, then left), and the shading alternates outline, filled, outline, then filled again.

The sequence repeats a two-step pattern: one circle, two squares, one circle, then two squares again.

The size alternates between small and big: small, big, small, then big again.

The shape cycles through circle, square, triangle, then repeats back to circle. The color stays navy throughout.

The rectangle is the house's body and the triangle is its roof. Sliding the triangle on top of the rectangle, edge to edge, makes a house shape.

The two squares are the same size. Sliding them together edge to edge makes one horizontal rectangle, twice as wide as it is tall.

The two triangles are mirror images sharing the same slanted edge. Sliding them together along that edge forms a square.

The small square is exactly the shape missing from the big rectangle's corner. Fitting it into the gap makes one solid, complete rectangle.

The two triangles are mirror halves of the same rectangle, split along its diagonal. Sliding them together along that diagonal edge makes one wide rectangle.

The two triangles are mirror images that share the same slanted edge. Sliding them together along that edge forms a square.

The small triangle is exactly the shape that's missing from the big triangle's corner. Fitting it into the gap makes one solid, complete triangle.

Each piece is the same size square. Sliding all three together, edge to edge in a row, makes one long horizontal bar.

The two triangles are mirror images sharing the same slanted edge. Sliding them together along that edge forms a square.

The two triangles are mirror halves of the same rectangle, split along its diagonal. Sliding them together along that diagonal edge makes one wide rectangle.

The small square is exactly the shape missing from the big rectangle's corner. Fitting it into the gap makes one solid, complete rectangle.

The small triangle is exactly the shape missing from the big triangle's edge. Fitting it into the gap makes one solid, complete triangle.