ASVAB Assembling Objects Practice Test 6

Answer: B

Check one letter at a time. Point P is at the center of the square, and point Q is at a corner of the triangle. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A: The line ends in the wrong place: it meets the square at a corner, but point P is at the center.
• B (correct): The line joins the center of the square to a corner of the triangle, the same spots as points P and Q in the left box; turning a shape does not move a point on it.
• C: The line ends in the wrong place: it meets the square at the middle of a side, but point P is at the center.
• D: The line ends in the wrong place: it meets the square at the middle of a side, but point P is at the center and it meets the triangle at the middle of a side, but point Q is at a corner.

Answer: D

Count the pieces first: every figure must use each piece exactly once, with nothing added. Then pick one distinctive piece, such as the largest one or one with a curved or sharply pointed edge, and look for it in each figure; pieces may be turned but never flipped over. A figure whose cut lines are in different places has pieces of different sizes and can be crossed out. Here the pieces fit together into a trapezoid.

• A: This figure has 3 pieces, but the left box has 2. Every piece must be used once, and nothing may be added.
• B: This figure is a parallelogram. The pieces in the left box do not have these shapes, so they cannot fill this outline without gaps or overlaps.
• C: A cut is in a different place, so the pieces do not match: one piece here covers about 13% of the shape, but the matching piece in the left box covers about 48%.
• D (correct): This trapezoid is made of exactly the 2 pieces in the left box, each only turned and slid into place.

Answer: B

Count the pieces first: every figure must use each piece exactly once, with nothing added. Then pick one distinctive piece, such as the largest one or one with a curved or sharply pointed edge, and look for it in each figure; pieces may be turned but never flipped over. A figure whose cut lines are in different places has pieces of different sizes and can be crossed out. Here the pieces fit together into a diamond.

• A: A cut is in a different place, so the pieces do not match: one piece here covers about 86% of the shape, but the matching piece in the left box covers about 64%.
• B (correct): This diamond is made of exactly the 2 pieces in the left box, each only turned and slid into place.
• C: This figure has 3 pieces, but the left box has 2. Every piece must be used once, and nothing may be added.
• D: This figure is a square. The pieces in the left box do not have these shapes, so they cannot fill this outline without gaps or overlaps.

Answer: D

Check one letter at a time. Point G is at the center of the diamond, and point H is at a corner of the hexagon. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A: The line ends in the wrong place: it meets the diamond at the middle of a side, but point G is at the center.
• B: The line ends in the wrong place: it meets the diamond at a wide corner, but point G is at the center.
• C: The line ends in the wrong place: it meets the diamond at a sharp corner, but point G is at the center and it meets the hexagon at the center, but point H is at a corner.
• D (correct): The line joins the center of the diamond to a corner of the hexagon, the same spots as points G and H in the left box; turning a shape does not move a point on it.

Answer: A

Check one letter at a time. Point R is at a corner of the short side of the trapezoid, and point S is at the center of the rectangle. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A (correct): The line joins a corner of the short side of the trapezoid to the center of the rectangle, the same spots as points R and S in the left box; turning a shape does not move a point on it.
• B: The line ends in the wrong place: it meets the rectangle at the middle of a long side, but point S is at the center.
• C: The line ends in the wrong place: it meets the rectangle at a corner, but point S is at the center.
• D: One of the shapes here is a square, but the left box has a rectangle. Joining parts never changes a shape.

Answer: D

Check one letter at a time. Point E is at the middle of a short side of the rectangle, and point F is at a corner of the hexagon. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A: The line ends in the wrong place: it meets the hexagon at the middle of a side, but point F is at a corner.
• B: The line ends in the wrong place: it meets the rectangle at the middle of a long side, but point E is at the middle of a short side.
• C: One of the shapes here is a parallelogram, but the left box has a rectangle. Joining parts never changes a shape.
• D (correct): The line joins the middle of a short side of the rectangle to a corner of the hexagon, the same spots as points E and F in the left box; turning a shape does not move a point on it.

Answer: C

Count the pieces first: every figure must use each piece exactly once, with nothing added. Then pick one distinctive piece, such as the largest one or one with a curved or sharply pointed edge, and look for it in each figure; pieces may be turned but never flipped over. A figure whose cut lines are in different places has pieces of different sizes and can be crossed out. Here the pieces fit together into a circle.

• A: This figure is a hexagon. The pieces in the left box do not have these shapes, so they cannot fill this outline without gaps or overlaps.
• B: This figure has 4 pieces, but the left box has 3. Every piece must be used once, and nothing may be added.
• C (correct): This circle is made of exactly the 3 pieces in the left box, each only turned and slid into place.
• D: A cut is in a different place, so the pieces do not match: one piece here covers about 13% of the shape, but the matching piece in the left box covers about 21%.

Answer: C

Check one letter at a time. Point G is at the center of the parallelogram, and point H is at a wide corner of the diamond. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A: One of the shapes here is a rectangle, but the left box has a parallelogram. Joining parts never changes a shape.
• B: The line ends in the wrong place: it meets the parallelogram at a sharp corner, but point G is at the center.
• C (correct): The line joins the center of the parallelogram to a wide corner of the diamond, the same spots as points G and H in the left box; turning a shape does not move a point on it.
• D: The line ends in the wrong place: it meets the diamond at a sharp corner, but point H is at a wide corner.

Answer: B

Check one letter at a time. Point G is at a sharp corner of the diamond, and point H is at the middle of a wall of the house shape. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A: The line ends in the wrong place: it meets the diamond at the center, but point G is at a sharp corner and it meets the house shape at the peak of the roof, but point H is at the middle of a wall.
• B (correct): The line joins a sharp corner of the diamond to the middle of a wall of the house shape, the same spots as points G and H in the left box; turning a shape does not move a point on it.
• C: The line ends in the wrong place: it meets the diamond at a wide corner, but point G is at a sharp corner.
• D: The line ends in the wrong place: it meets the house shape at a bottom corner, but point H is at the middle of a wall.

Answer: B

Count the pieces first: every figure must use each piece exactly once, with nothing added. Then pick one distinctive piece, such as the largest one or one with a curved or sharply pointed edge, and look for it in each figure; pieces may be turned but never flipped over. A figure whose cut lines are in different places has pieces of different sizes and can be crossed out. Here the pieces fit together into a rectangle.

• A: This figure has 4 pieces, but the left box has 3. Every piece must be used once, and nothing may be added.
• B (correct): This rectangle is made of exactly the 3 pieces in the left box, each only turned and slid into place.
• C: A cut is in a different place, so the pieces do not match: one piece here covers about 34% of the shape, but the matching piece in the left box covers about 22%.
• D: This figure is a square. The pieces in the left box do not have these shapes, so they cannot fill this outline without gaps or overlaps.

Answer: C

Count the pieces first: every figure must use each piece exactly once, with nothing added. Then pick one distinctive piece, such as the largest one or one with a curved or sharply pointed edge, and look for it in each figure; pieces may be turned but never flipped over. A figure whose cut lines are in different places has pieces of different sizes and can be crossed out. Here the pieces fit together into a diamond.

• A: A cut is in a different place, so the pieces do not match: one piece here covers about 49% of the shape, but the matching piece in the left box covers about 60%.
• B: This figure has 4 pieces, but the left box has 3. Every piece must be used once, and nothing may be added.
• C (correct): This diamond is made of exactly the 3 pieces in the left box, each only turned and slid into place.
• D: This figure is a square. The pieces in the left box do not have these shapes, so they cannot fill this outline without gaps or overlaps.

Answer: C

Count the pieces first: every figure must use each piece exactly once, with nothing added. Then pick one distinctive piece, such as the largest one or one with a curved or sharply pointed edge, and look for it in each figure; pieces may be turned but never flipped over. A figure whose cut lines are in different places has pieces of different sizes and can be crossed out. Here the pieces fit together into a diamond.

• A: A cut is in a different place, so the pieces do not match: one piece here covers about 14% of the shape, but the matching piece in the left box covers about 24%.
• B: A cut is in a different place, so the pieces do not match: one piece here covers about 41% of the shape, but the matching piece in the left box covers about 31%.
• C (correct): This diamond is made of exactly the 4 pieces in the left box, each only turned and slid into place.
• D: This figure is a square. The pieces in the left box do not have these shapes, so they cannot fill this outline without gaps or overlaps.

Answer: A

Check one letter at a time. Point G is at a wide corner of the parallelogram, and point H is at a corner of the flat side of the half-circle. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A (correct): The line joins a wide corner of the parallelogram to a corner of the flat side of the half-circle, the same spots as points G and H in the left box; turning a shape does not move a point on it.
• B: The line ends in the wrong place: it meets the parallelogram at the center, but point G is at a wide corner and it meets the half-circle at the middle of the flat side, but point H is at a corner of the flat side.
• C: The line ends in the wrong place: it meets the half-circle at the top of the curved side, but point H is at a corner of the flat side.
• D: The line ends in the wrong place: it meets the parallelogram at the center, but point G is at a wide corner.

Answer: D

Count the pieces first: every figure must use each piece exactly once, with nothing added. Then pick one distinctive piece, such as the largest one or one with a curved or sharply pointed edge, and look for it in each figure; pieces may be turned but never flipped over. A figure whose cut lines are in different places has pieces of different sizes and can be crossed out. Here the pieces fit together into a parallelogram.

• A: A cut is in a different place, so the pieces do not match: one piece here covers about 32% of the shape, but the matching piece in the left box covers about 22%.
• B: A cut is in a different place, so the pieces do not match: one piece here covers about 35% of the shape, but the matching piece in the left box covers about 43%.
• C: This figure is a rectangle. The pieces in the left box do not have these shapes, so they cannot fill this outline without gaps or overlaps.
• D (correct): This parallelogram is made of exactly the 4 pieces in the left box, each only turned and slid into place.

Answer: C

Check one letter at a time. Point T is at the middle of a side of the hexagon, and point U is at a corner of the long side of the trapezoid. Cross out any figure where either end of the line lands somewhere else or where a shape has changed. The shapes may be turned, so find each point by its place on the shape (corner, middle of a side, center), not by up, down, left or right.

• A: The line ends in the wrong place: it meets the trapezoid at the middle of a slanted side, but point U is at a corner of the long side.
• B: One of the shapes here is a pentagon, but the left box has a hexagon. Joining parts never changes a shape.
• C (correct): The line joins the middle of a side of the hexagon to a corner of the long side of the trapezoid, the same spots as points T and U in the left box; turning a shape does not move a point on it.
• D: The line ends in the wrong place: it meets the trapezoid at a corner of the short side, but point U is at a corner of the long side.