📘 Quiz

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Question 1 / 20
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1
Select the figure from the Answer Figures that logically extends the visual series presented by the five Problem Figures.
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Solution: Step 1: Observe the upper element in each step: it is lost. Step 2: Observe the middle element: it reduces in size and moves up to become the new upper element. Step 3: Observe the lower element: it enlarges in size and moves up to become the new middle element. Step 4: Note that a new element appears at the lower position in each step. Step 5: Combine and apply these four transformation rules to the last problem figure to determine the next figure in the series.
2
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.
3
From the Answer Figures, select the figure that follows the series pattern established by the five Problem Figures.
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Solution: Step 1: In the first step, identify the movement sequence of the elements located at the four ends of the figure. Step 2: In each subsequent step, observe that the elements move in a sequence obtained by rotating the previous sequence through 90 degrees anti-clockwise. Step 3: Additionally, note that the element that reaches the encircled position gets replaced by a new element in each step. Step 4: Apply these combined rules to the last problem figure to predict the next figure in the series.
4
Select the suitable figure from the Answer Figures that replaces the question mark (?), observing that the figure in the series is vertically inverted and simultaneously enlarged.
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Solution: Step 1: Analyze the transformation of the figure from the first Problem Figure to the subsequent ones. Step 2: Identify two distinct rules applied: The entire figure is vertically inverted, and it also undergoes enlargement. Step 3: Apply these two rules (vertical inversion and enlargement) simultaneously to the last Problem Figure. Step 4: Choose the Answer Figure that matches the result of these combined transformations.
5
Identify the figure from the Answer Figures that correctly completes the sequence of problem figures.
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Solution: Step 1: Observe the transformation applied to the figure from one step to the next. Step 2: The figure undergoes lateral inversion (a horizontal flip), essentially forming its mirror image. Step 3: Apply this lateral inversion to the last problem figure. Step 4: Choose the answer figure that is the lateral inverse of the last problem figure.
6
Identify the figure from the given options that logically continues the established series of five problem figures.
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Solution: Step 1: Observe the progression of the problem figures. Step 2: Identify the primary pattern: In each subsequent figure, five new line segments are added. Step 3: Note the spatial rule: The segments are added in an anti-clockwise (ACW) direction. Step 4: The newly added segments complete the squares in this ACW manner. Step 5: Apply this rule to the last problem figure to determine the next figure in the series.
7
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.
8
Choose the suitable figure from the Answer Figures that logically completes the Problem Figures series, considering that various elements undergo specific changes like lateral inversion for the 'S'-shape, 90-degree rotation for the rectangle and '=' symbol, vertical inversion for the arrow, and shading for the circle.
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Solution: Step 1: Examine each individual element and its transformation from one Problem Figure to the next. Step 2: Identify the specific rules for each element: - The 'S'-shaped element undergoes lateral inversion. - The rectangle rotates 90 degrees. - The '=' symbol rotates 90 degrees. - The arrow undergoes vertical inversion. - The circle becomes shaded. Step 3: Apply these distinct rules to each corresponding element within the last Problem Figure. Step 4: Select the Answer Figure that accurately reflects all these combined transformations.
9
Select a suitable figure from the Answer Figures to replace the question mark in the given Problem Figures series.
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Solution: Step 1: Examine the progression of the problem figures. Step 2: Notice that the entire figure rotates 90 degrees Anti-Clockwise (ACW). Step 3: Apply this 90-degree ACW rotation to the last figure in the series. Step 4: Choose the answer figure that matches the figure rotated 90 degrees ACW.
10
Choose the Answer Figure that logically follows the sequence of Problem Figures, replacing the question mark.
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Solution: Step 1: Analyze the outer element's transformation: It rotates 90 degrees counter-clockwise (ACW), moves to an adjacent side of the square boundary in an ACW direction, and then shifts inside the square. Step 2: Analyze the inner element's transformation: It also rotates 90 degrees counter-clockwise (ACW), moves to an adjacent side of the square boundary in an ACW direction, but then shifts *outside* the square. Step 3: Apply these two sets of rules to the respective outer and inner elements of the last Problem Figure. Step 4: Match the resulting composite figure with the correct Answer Figure.
11
Select a suitable figure from the Answer Figures that replaces the question mark (?) in the problem figures.
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Solution: Step 1: Observe the movement rule for the line segment. It moves two spaces anti-clockwise (ACW), where each space corresponds to a side of the main figure. Step 2: Observe the movement rule for the other element. It moves three spaces clockwise (CW). Step 3: Apply these distinct movement rules to their respective elements in the last problem figure. Step 4: Determine the new positions of both elements. Step 5: Select the answer figure that accurately represents these calculated new positions.
12
Select the figure from the Answer Figures that follows the established sequence in the five Problem Figures.
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Solution: Step 1: Examine the problem figures from left to right. Step 2: Identify that a new feature is added to the figure in each step. Step 3: Observe that this addition occurs in a set, consistent order. Step 4: Determine the next feature to be added based on this order to find the next figure in the series.
13
Select the figure from the Answer Figures that logically follows the sequence established by the five Problem Figures.
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Solution: Step 1: Assign numbers to the pins based on their positions (e.g., positions 1, 3, 5 and 2, 4, 6). Step 2: Identify that pins at positions 1, 3, and 5 rotate 90 degrees clockwise in each step. Step 3: Identify that pins at positions 2, 4, and 6 rotate 90 degrees anti-clockwise in each step. Step 4: Observe that in each step, a new pin is added to the figure. Step 5: Note that the orientation of the newly added pin is the same as that of the pin in figure (A). Step 6: Combine these rules to predict the next figure in the series.
14
From the given Answer Figures, select the figure that accurately replaces the question mark in the sequence of Problem Figures.
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Solution: Step 1: Isolate the arrow and observe its transformation: It rotates 135 degrees clockwise (CW) in each step. Step 2: Isolate the remaining part of the figure and observe its transformation: It rotates 90 degrees counter-clockwise (ACW) in each step. Step 3: Apply both the arrow's rotation (135 CW) and the main figure's rotation (90 ACW) to the last Problem Figure. Step 4: Find the Answer Figure that exhibits both of these simultaneous and distinct rotations.
15
Select the appropriate figure from the choices that completes the visual sequence presented in the problem figures.
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Solution: Step 1: Observe the transformation of the main figure. It rotates 90 degrees clockwise (CW). Step 2: Observe the transformation of the stars element. The stars disappear in the next step. Step 3: Apply these two rules to the last problem figure: rotate the main figure 90 degrees CW and remove the stars. Step 4: Choose the answer figure that matches the result of these transformations.
16
Determine the suitable Answer Figure to complete the Problem Figure series, where the arc divides at one place, and another element separates from the arc and further divides at two places.
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Solution: Step 1: Observe the transformation of the arc element in the series. Step 2: Identify the rule for the arc: It gets divided at one specific place. Step 3: Observe the transformation of the other element in relation to the arc. Step 4: Identify the rules for the other element: It separates from the arc and subsequently gets divided at two different places. Step 5: Apply these division and separation rules to the elements in the last Problem Figure. Step 6: Select the Answer Figure that accurately shows these resultant changes.
17
Find the appropriate figure from the answer choices to logically continue the sequence shown in the problem figures.
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Solution: Step 1: Observe the transformation of the rightmost element. It enlarges and becomes the new outer element. Step 2: Observe the transformation of the leftmost element. It moves to become the inner-lower element. Step 3: Observe the transformation of the middle element. It moves to become the inner-upper element. Step 4: Apply these three distinct rearrangement and size-change rules to the elements in the last problem figure. Step 5: Construct the resultant figure based on these transformations. Step 6: Select the answer figure that corresponds to this constructed figure.
18
Choose the figure from the answer options that continues the pattern observed in the sequence of problem figures.
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Solution: Step 1: Observe the transformation of the main figure. It rotates 135 degrees anti-clockwise (ACW). Step 2: Observe the structural change: the rotated figure is then placed inside a new outer figure. Step 3: Determine the property of this new outer figure. It has one more side than the figure from the previous step (which is now the inner figure). Step 4: Apply the 135-degree ACW rotation to the last problem figure to get the new inner figure. Step 5: Count the sides of this new inner figure and create an outer figure with one more side. Step 6: Place the rotated inner figure inside the new outer figure. Step 7: Select the answer figure that matches this complex transformation.
19
Find the suitable figure from the Answer Figures that logically extends the Problem Figure series, where the overall figure rotates 90 degrees clockwise, a triangle within it converts to an arrowhead, and internal zig-zag lines turn outwards.
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Solution: Step 1: Analyze the overall rotation of the figure from one Problem Figure to the next. Step 2: Identify the first rule: The entire figure rotates 90 degrees clockwise (CW). Step 3: Observe the transformation of the triangle element within the figure. Step 4: Identify the second rule: The triangle is converted into an arrowhead. Step 5: Observe the change in orientation of the zig-zag lines inside the main figure. Step 6: Identify the third rule: The lines inside the main figure turn outwards. Step 7: Apply all three identified rules simultaneously to the last Problem Figure. Step 8: Choose the Answer Figure that accurately displays these combined transformations.
20
Select the figure from the given options that logically continues the series shown in the problem figures.
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Solution: Step 1: Observe the overall structure and the internal elements of the problem figures. Step 2: Identify that the series exhibits a repeating or alternating pattern. Specifically, a 'similar figure' (referring to its basic design or arrangement) reappears in every second step. Step 3: There are two main states or sub-patterns that alternate: a. In steps where the 'first figure type' reappears, specific internal elements interchange their positions. b. In steps where the 'second figure type' reappears (in the alternating sequence), other distinct internal elements interchange their positions. Step 4: Analyze the precise element interchanges that occur for each 'figure type' by closely comparing the problem figures. Step 5: Apply the correct interchange rule, based on which 'figure type' is expected next in the sequence, to the preceding figure to determine the next figure.
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