📘 Quiz

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Question 1 / 20
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1
Choose the correct figure from the Answer Figures that replaces the question mark in the Problem Figures sequence.
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Solution: Step 1: Observe the change from one problem figure to the next. Step 2: Identify that the entire figure undergoes a lateral inversion (a mirror image transformation). Step 3: Apply this lateral inversion to the last figure in the series. Step 4: Select the answer figure that is the lateral inversion of the last problem figure.
2
Select the appropriate figure from the Answer Figures that completes the given Problem Figures series, where the figure rotates 180 degrees and a new line segment is added to the transformed figure.
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Solution: Step 1: Observe the transformation of the figure between consecutive Problem Figures. Step 2: Identify the first rule: The figure is rotated through 180 degrees. Step 3: Identify the second rule: A new line segment is added to the figure after rotation. Step 4: Apply these two rules sequentially to the last Problem Figure. Step 5: Select the Answer Figure that results from these transformations.
3
Which figure from the Answer Figures logically progresses the series of problem figures?
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Solution: Step 1: Observe the rotation of the black leaf element. It rotates 135 degrees clockwise (CW). Step 2: Observe the rotation of the white leaf element. It rotates 135 degrees anti-clockwise (ACW). Step 3: Apply these specific rotational rules to their respective leaves in the last problem figure. Step 4: Determine the new orientation of both the black and white leaves. Step 5: Select the answer figure that shows these calculated orientations.
4
Identify the suitable figure from the Answer Figures that continues the Problem Figure series, based on the transformation where circles convert to hexagons and semicircles convert to half-hexagons.
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Solution: Step 1: Observe the changes in geometric shapes from one Problem Figure to the next. Step 2: Identify the first transformation rule: Circles within the figures are converted into hexagons. Step 3: Identify the second transformation rule: Semicircles within the figures are converted into half-hexagons. Step 4: Apply these specific shape conversion rules to all circles and semicircles present in the last Problem Figure. Step 5: Select the Answer Figure that correctly displays these converted shapes.
5
Choose the Answer Figure that correctly completes the sequence of Problem Figures by replacing the question mark.
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Solution: Step 1: Examine the progression of figures in the Problem Figures. Step 2: Determine the rotational movement and angle of the figure between consecutive steps. Step 3: Observe that the figure rotates 135 degrees counter-clockwise (ACW) in each step. Step 4: Apply a 135-degree counter-clockwise rotation to the last given Problem Figure. Step 5: Identify the Answer Figure that corresponds to this rotation.
6
Which of the answer figures is the correct continuation of the pattern displayed in the problem figures?
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Solution: Step 1: Observe the transformation of the figure. It undergoes two changes. Step 2: First, the figure rotates 90 degrees anti-clockwise (ACW). Step 3: Second, after rotation, the figure is vertically inverted. Step 4: Apply these two sequential transformations to the last problem figure. Step 5: Select the answer figure that accurately shows the result of these combined transformations.
7
Select a suitable figure from the Answer Figures that logically extends the series of Problem Figures by replacing the question mark.
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Solution: Step 1: Observe that the two elements in the figure interchange their positions. Step 2: After interchanging, the element that moves to the Left Hand Side (LHS) position gets vertically inverted. Step 3: The element that moves to the Right Hand Side (RHS) position rotates 90 degrees Anti-Clockwise (ACW). Step 4: Apply these combined rules to the last problem figure. Step 5: Choose the answer figure that results from these position-dependent transformations.
8
Select a suitable figure from the Answer Figures that would replace the question mark (?), recognizing that the entire figure rotates 90 degrees clockwise in the sequence.
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Solution: Step 1: Observe the rotation of the figure from the first Problem Figure to the second. Step 2: Identify the rule: The figure rotates 90 degrees clockwise (CW). Step 3: Apply this 90-degree clockwise rotation to the last Problem Figure in the series. Step 4: Choose the Answer Figure that shows the figure in its new rotated position.
9
Choose the figure from the Answer Figures that continues the series established by the five Problem Figures.
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Solution: Step 1: Identify the distinct symbols present in the figures. Step 2: Observe the movement of these symbols. Note that they move in alternating sequences. Step 3: Trace the movement of each symbol according to its specific alternating sequence. Step 4: Apply these movement rules to the last problem figure to predict the next figure in the series.
10
Complete the series with the correct figure
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Solution: Step 1: Observe the given problem figures and answer figures. Step 2: Identify the pattern or sequence in the problem figures. Step 3: Analyze the visual changes or transformations. Step 4: Match the pattern with the provided answer figures. Step 5: Select the figure that continues the sequence logically. Step 6: Based on the observed pattern, the correct answer is option B.
11
From the Answer Figures, choose the figure that logically follows the Problem Figure series, where the upper part of the figure separates along a dividing line and is subsequently lost.
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Solution: Step 1: Observe the transformation of the figure from one Problem Figure to the next. Step 2: Identify the rule: The upper part of the figure gets separated along a specific line and is then removed from the figure. Step 3: Apply this rule of separation and loss to the last Problem Figure in the series. Step 4: Select the Answer Figure that shows the remaining part of the figure after this transformation.
12
From the given Answer Figures, select the figure that continues the Problem Figures series, where the two elements at the ends of the line segment move to its center.
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Solution: Step 1: Observe the transformation between the given Problem Figures. Step 2: Identify the rule: The two elements located at the ends of the central line segment move towards the center of that segment. Step 3: Apply this identified movement rule to the last Problem Figure in the series. Step 4: Choose the Answer Figure that accurately represents the result of this transformation.
13
Determine the suitable figure from the Answer Figures to replace the question mark and complete the Problem Figures sequence.
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Solution: Step 1: Observe the transformation of the smaller element: it gets enlarged. Step 2: Observe the transformation of the larger element: it reduces in size, gets vertically inverted, and then moves inside the now enlarged other element, attaching itself to its upper end. Step 3: Apply these detailed, interdependent transformations to the elements in the last problem figure. Step 4: Select the answer figure that correctly shows both elements after undergoing these changes in size, position, and orientation.
14
Which figure from the answer options will complete the given series of problem figures?
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Solution: Step 1: Observe the movement of the two distinct elements. They move towards each other. Step 2: The movement continues until the two elements overlap. Step 3: Apply this rule to the last problem figure: move the two elements such that they meet and overlap. Step 4: Select the answer figure that shows the two elements in their overlapped state.
15
Identify the Answer Figure that appropriately completes the sequence by replacing the question mark in the Problem Figures.
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Solution: Step 1: Observe the main outer polygon: The number of sides decreases by one in each subsequent figure. Step 2: Observe the internal circles: The two circles originally inside the main figure move to positions outside, on either side of the main figure. Step 3: Observe the introduction of a new element: A new black circle appears inside the main figure. Step 4: Apply these three distinct rules (side reduction, circle movement, new circle appearance) to the last Problem Figure. Step 5: Select the Answer Figure that correctly displays all these transformations.
16
Select the figure from the Answer Figures that maintains the same established series as the five Problem Figures.
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Solution: Step 1: Observe the changes in the 'half-leaves' from step to step. Step 2: Identify the first type of step: one half-leaf is lost from the clockwise (CW) end, and three half-leaves are added at the anti-clockwise (ACW) end. Step 3: Identify the second type of step (alternating): one half-leaf is lost from the CW-end, and two half-leaves are added at the ACW-end. Step 4: Apply these alternating rules to the last problem figure to find the next figure in the series.
17
From the Answer Figures, choose the figure that should replace the question mark to continue the pattern.
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Solution: Step 1: Observe the transformation from the initial problem figure to the subsequent figures. Step 2: The pattern involves drawing geometric features within the existing figure. Step 3: Specifically, all possible diagonals are drawn within the given polygon. Step 4: Identify the main polygon in the last problem figure. Step 5: Draw all the diagonals within this identified polygon. Step 6: Select the answer figure that shows the original polygon with all its diagonals completed.
18
Select the suitable figure from the Answer Figures that completes the series in the Problem Figures, observing that the contents of the outer main figure rotate 45 degrees clockwise.
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Solution: Step 1: Observe the orientation of the contents located inside the outer main figure in the Problem Figure series. Step 2: Identify the rule: The entire contents within the outer main figure rotate 45 degrees clockwise (CW). Step 3: Apply this 45-degree clockwise rotation to the contents of the outer main figure in the last Problem Figure. Step 4: Choose the Answer Figure that displays the contents in their new, rotated orientation.
19
From the Answer Figures, choose the figure that would logically continue the given sequence of problem figures.
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Solution: Step 1: Identify the transformation applied to the overall figure. It gets vertically inverted (flipped top-to-bottom). Step 2: Identify the transformation applied to the two vertical lines inside the figure. They rotate 90 degrees. Step 3: Apply the vertical inversion to the outer figure of the last problem figure. Step 4: Apply the 90-degree rotation to the inner vertical lines of the last problem figure. Step 5: Combine these changes to form the next figure in the series. Step 6: Select the answer figure that correctly reflects these combined transformations.
20
From the provided Answer Figures, select the figure that continues the established series among the five Problem Figures.
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Solution: Step 1: Identify the two distinct designs: one with a white triangle at the center and the other with a black triangle at the center. Step 2: Observe the movement of the design with the white triangle: it moves clockwise. Step 3: Observe the movement of the design with the black triangle: it moves anti-clockwise. Step 4: Apply these independent rotational movements to both designs in the last problem figure to determine the next figure in the series.
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