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Divide the following six figures into two categories, so that each category of figures has its own common characteristics or patterns. The correct classification is: A: ①③④, ②⑤⑥ B: ①③⑤, ②④⑥ C: ①②⑤, ③④⑥ D: ①④⑥, ②③⑤
<answer> C </answer>
Each question contains a problem figure and four selectable figures. The problem figure has certain similarities and also some differences. You need to identify the pattern of change and correctly apply this pattern in the problem-solving process, or make a selection based on the pattern of change in the figures.
<answer> B </answer>
The given figure is the unfolded surface of a paper box. The following four options are formed by folding it:
<answer> C </answer>
Pick out the one that is different from the four figures:
<answer> D </answer>
The left figure shows the outer surface of a paper box. Which option on the right can be formed by folding it?
<answer> C </answer>
Given the outer surface of a polyhedron on the left, which option on the right can be folded to form it? Please find it.
<answer> C </answer>
The three figures above show different sides of the same solid figure. Only one of the four figures below is the same as the solid figure. Please find it.
<answer> A </answer>
The three figures above show different sides of the same solid figure. Only one of the four figures below is the same as the solid figure. Please find it.
<answer> B </answer>
Which of the following options cannot be formed by folding the unfolded diagram:
<answer> D </answer>
Which of the following options cannot be formed by folding the unfolded diagram:
<answer> C </answer>
Which of the following options conforms to the given pattern of changes in the figures:
<answer> A </answer>
Except for ( ), the following options can all be unfolded into the plane figure on the left.
<answer> B </answer>
As shown in the figure, the outer surfaces of the same regular tetrahedron are observed from two different angles. The possible figure obtained by unfolding the tetrahedron is ( ).
<answer> D </answer>
The unfolded view of the three-dimensional figure shown on the left should be ( ).
<answer> B </answer>
The left figure shows the outer surface of a polyhedron. Which option on the right can be folded to form it? Please find it.
<answer> B </answer>
On the left is the unfolded view of the outer surface of a box. Which option on the right can be folded into it? Please find it.
<answer> C </answer>
On the left is the unfolded view of the outer surface of a box. Which option on the right can be folded into it? Please find it.
<answer> C </answer>
Given the outer surface of a polygon on the left, which option on the right can be folded to form it? Please find it.
<answer> B </answer>
The left side shows the outer surface of a polyhedron. Which option on the right can be folded to form it?
<answer> A </answer>
The left side shows the outer surface of a polyhedron. Which option on the right can be folded to form it?
<answer> C </answer>
Given the outer surface of a polyhedron on the left, which option on the right can be folded to form it? Please find it.
<answer> B </answer>
The left side shows the unfolded view of a paper box. Which option on the right can be folded into it?
<answer> B </answer>
The figure on the left is the unfolded view of the outer surface of a box. Which option on the right can be folded into it?
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> C </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> D </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> C </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> C </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> D </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> C </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> C </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> D </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> C </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> D </answer>
Given the unfolded view of the outer surface of a box on the left, which option on the right can be folded into it? Please find it.
<answer> D </answer>
Given on the left is the unfolded view of the outer surface of a paper box. Which option on the right can be folded into it? Please find it.
<answer> A </answer>
Given on the left is the unfolded view of the outer surface of a paper box. Which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given on the left is the unfolded view of the outer surface of a paper box. Which option on the right can be folded into it? Please find it.
<answer> D </answer>
Given on the left is the unfolded view of the outer surface of a paper box. Which option on the right can be folded into it? Please find it.
<answer> B </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> A </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> B </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> B </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> C </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> D </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> B </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> C </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> B </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> A </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> D </answer>
Given the outer surface of a paper box on the left, which option on the right can be folded into it?
<answer> C </answer>
Which of the following can be formed by folding the given net of the box on the left?
<answer> B </answer>
The figure on the left is formed by folding one of the four figures on the right as its outer surface. Please identify which one it is.
<answer> D </answer>
The figure on the left is formed by folding one of the four figures on the right as its outer surface. Please identify which one it is.
<answer> D </answer>
The figure on the left is formed by folding one of the four figures on the right as its outer surface. Please identify which one it is.
<answer> D </answer>
The figure on the left is formed by folding one of the four figures on the right as its outer surface. Please identify which one it is.
<answer> A </answer>
The figure on the left is formed by folding one of the four figures on the right as its outer surface. Please identify which one it is.
<answer> B </answer>
The option most likely to be the same object as the three-dimensional figure on the left is ( ).
<answer> B </answer>
The figure on the left is the unfolded view of the outer surface of a box. Which option on the right can be folded into it?
<answer> B </answer>
The figure on the left, when folded, forms the figure on the right ().
<answer> B </answer>
The option in which the following figures can be folded into a complete closed three-dimensional geometric structure is:
<answer> B </answer>
The figure in the following options that cannot be folded into a complete closed three-dimensional geometric structure is:
<answer> C </answer>
Which of the following options can be folded into the three-dimensional figure from the left diagram:
<answer> C </answer>
The following diagram shows a given polyhedron and its unfolded surface. The correspondence between the edges represented by the letters A, B, C, D and the numbers 1, 2, 3, 4 is: A: 1-A, 2-C, 3-D, 4-B B: 1-C, 2-A, 3-D, 4-B C: 1-A, 2-C, 3-B, 4-D D: 1-C, 2-A, 3-B, 4-D
<answer> D </answer>
Among the unfolded surfaces of the geometric bodies given in the right box below, which can be folded into the geometric body shown in the left box?
<answer> B </answer>
Which option can be combined with the figure below to form a closed three-dimensional shape?
<answer> D </answer>
Which option below can be folded into the three-dimensional figure shown?
<answer> A </answer>
The following is a given three-dimensional figure. Which option is the unfolded view of the outer surface of this three-dimensional figure?
<answer> A </answer>
The figure on the left is the planar development of the three-dimensional figure on the right. The faces and edges of the planar figure correspond to the faces and edges of the three-dimensional figure, meaning the numbers on the planar figure correspond to the letters on the three-dimensional figure. If the numbers and letters are inside the figure, they represent faces; if they are on the edges, they represent edges. The numbers 1-6 correspond to the letters ( ). A: DFEABC B: DFBAEC C: AFEDBC D: DCEABF
<answer> A </answer>
The figure on the left will become one of the four figures on the right after folding. Please select the correct pattern after folding.
<answer> A </answer>
Choose the most appropriate option from the given four choices to fill in the question mark, so that it presents a certain pattern:
<answer> C </answer>
Which option cannot be folded into the three-dimensional shape on the left?
<answer> C </answer>
The three-dimensional shape that can be obtained by folding the left figure is ( ).
<answer> D </answer>
The three-dimensional shape that can be obtained by folding the left figure is ( ).
<answer> C </answer>
The left figure is a given three-dimensional shape. Which of the following options is the net of the outer surface of this three-dimensional shape?
<answer> C </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> B </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> D </answer>
The left side shows the outer surface of a paper box. Which option on the right cannot be formed by folding the left side?
<answer> C </answer>
The figure on the left is formed by folding one of the four figures on the right as its outer surface. Please identify which one it is.
<answer> D </answer>
Which of the following four options can be folded into the specified figure on the left?
<answer> C </answer>
Which of the following four options can be folded into the specified figure on the left?
<answer> C </answer>
Which figure is obtained by folding the figure on the left below:
<answer> D </answer>
Given the outer surface of a paper box on the left, which of the following can be formed by folding it?
<answer> B </answer>
The sum of the points on the opposite faces of the cube in the figure below is 7. First, rotate the cube 3 times in the direction of B, then 1 time in the direction of A, and then 2 times in the direction of D. The number of points on the upward face at this time is (). A: 5 B: 4 C: 3 D: 2
<answer> D </answer>
Which of the following is not a possible cross-section of the solid figure on the left?
<answer> C </answer>
The following triangular prism is shown in the figure. After a cylinder is removed from it and it is cut from any side, which option cannot be a cross-section of the triangular prism?
<answer> B </answer>