Visual Reasoning
Visual reasoning is a core part of mental ability tests. It involves solving problems using images, shapes, and patterns instead of words or numbers. In these questions, you must find a logical link between different figures. This link is usually a rule that tells you how the figure changes. For example, a shape might rotate, change its size, or move to a new position. The goal is to identify this rule and predict what comes next. It tests how well you can see details and think logically.
Concepts (3)
In a series, a group of figures follows a continuous rule from left to right. Your task is to find the next figure that fits the pattern. Rules can include shifting positions, changing colors, or adding new parts.
In a series, a group of figures follows a continuous rule from left to right. Your task is to find the next figure that fits the pattern. Rules can include shifting positions, changing colors, or adding new parts. For example, a star might move from the top-left corner to the top-right, then to the bottom-right in the next steps. Identifying the path of movement is the key.
Mirror images are horizontal flips where the left and right sides swap places. Water images are vertical flips where the top and bottom swap. This is often used in 'odd one out' or 'analogy' questions.
Mirror images are horizontal flips where the left and right sides swap places. Water images are vertical flips where the top and bottom swap. This is often used in 'odd one out' or 'analogy' questions. For example, the letter 'B' flipped horizontally looks different, but 'H' stays the same. Learning to visualize these flips mentally helps solve visual puzzles faster.
This concept involves a figure turning around a fixed center point. The turn can be clockwise (moving like clock hands) or anti-clockwise (opposite direction). Most turns happen in steps of 45 or 90 degrees.
This concept involves a figure turning around a fixed center point. The turn can be clockwise (moving like clock hands) or anti-clockwise (opposite direction). Most turns happen in steps of 45 or 90 degrees. For example, if an arrow points North and then turns to the East, it has moved 90 degrees clockwise. You must track this angle change carefully across the series.
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Start Lesson: Figure Series Completion