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Q1. Identify the relationship: Vector : Magnitude and Direction :: Scalar : ?
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Q2. In the series 5, 10, 20, 40, ..., what is the common ratio?
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Q3. Which diagram illustrates the relationship between 'Fruits', 'Bananas', and 'Yellow Fruits'.
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Q4. If a rectangular paper is folded in half vertically, and then cut in a specific pattern, how many pieces of the original paper will be visible?
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Q5. A rectangular paper is folded in half vertically. Then it is folded in half again along the diagonal of the resulting rectangle. If a hole is punched at the center of the folded paper, how many holes will appear when unfolded?
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Q6. Which of the following figures is a replica of the given figure?
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Q7. A square piece of paper is folded such that one vertex is brought to the midpoint of the opposite side. What is the area of the resulting shape?
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Q8. Find the missing number in the sequence: 10, 20, 30, 40, ?
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Q9. If a cube is painted red on all its faces and then cut into 27 smaller, identical cubes, how many of the smaller cubes have exactly two red faces?
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Q10. Which diagram illustrates the relationship between 'Professionals', 'Engineers', and 'Women'?
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Q11. Which of the following pairs of digits are not identical in their water image?
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Q12. Observe the word 'COMPUTER'. What will be its mirror image if the mirror is placed vertically to the right of the word?
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Q13. Find the next item in the pattern: P, Q, R, S, ?, U
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Q14. Find the embedded 'lightning bolt' in this abstract representation of a storm.
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Q15. Find the missing number: 5, 10, 15, 5, 10, ?
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Q16. If the time on a clock is 7:45, what is its mirror image?
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Q17. Which of these would be easiest to cut from a single folded piece of paper to create a symmetrical design?
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Q18. Consider figures made of a set of nodes connected by edges, forming a graph. Nodes can be colored. Two figures are identical if the graph structure (nodes and edges) and the coloring of the nodes are the same, allowing for graph isomorphism.
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Q19. Identify the relationship: Graph : Nodes and Edges :: Network : ?
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Q20. Consider this complex image of gears and cogs. Which simple shape is embedded within the interlocking mechanism?