How to make origami star blade shuriken vector illustration. Step ... - Free Printable

To solve this problem, we need to follow the step-by-step instructions in the diagram to fold the paper into the final shape. The goal is to identify which of the numbered steps corresponds to the large folded shape shown on the right side of the image.

Step-by-Step Analysis:

1. Start (Steps 1-3): You begin with a square piece of paper.
* Step 1: Fold it in half horizontally.
* Step 2: Fold the top and bottom edges to the center line. This creates a long, thin rectangle.

2. Creating Triangles (Steps 4-6):
* Step 4: Fold the corners of the rectangle inward to create triangles at the ends.
* Step 5: Fold the triangular tips inward again.
* Step 6: Fold the outer triangular flaps inward towards the center. At this stage, you have a shape that looks like two connected parallelograms or a "Z" shape made of triangles.

3. Forming the Pinwheel Base (Steps 7-9):
* Step 7: Take one end of the strip and fold a triangular flap up/outward. Do the same for the other end but in the opposite direction. This starts to create the "arms" of the pinwheel.
* Step 8: Tuck one flap into a pocket of the other section to lock them together.
* Step 9: Repeat the tucking process for the remaining flaps. Now you have a central square-like structure with four triangular points sticking out. This looks very similar to the target shape, but let's look closer.

4. Refining the Shape (Steps 10-12):
* Step 10: Fold the tips of the triangular arms inward.
* Step 11: Open up the layers slightly to give the shape volume or adjust the angles.
* Step 12: This step shows the final adjustment where the inner flaps are secured or folded to complete the geometric pattern.

Comparing with the Target Image:

The large image on the right shows a specific geometric figure composed of four rhombuses (diamond shapes) meeting at a central point. It looks like a stylized four-pointed star or a flattened pinwheel.

Let's re-examine the progression:
* Steps 1-6 prepare the base strip.
* Steps 7-9 assemble the basic cross/star shape.
* Steps 10-12 refine the details.

Look closely at Step 11. The diagram for Step 11 shows a shape with four distinct diamond/rhombus sections radiating from the center. The lines match the large target image perfectly. The target image is essentially the result of the folding sequence up to Step 11, before the final minor adjustments or securing folds shown in Step 12. However, often in these puzzles, the "final result" image corresponds to the last completed major structural step.

Let's look at Step 12. Step 12 adds internal fold lines (dashed/dotted lines indicating creases inside the diamonds). The large image on the right *does not* show these internal dashed lines; it only shows the solid outline of the four diamonds.

Wait, let's look closer at the large image. It is a wireframe drawing of four rhombuses joined at the center.
* Step 9 results in a shape with triangular points.
* Step 10 folds those points back.
* Step 11 opens the shape up. The illustration for Step 11 shows exactly the four-rhombus structure seen in the large image. The arrow indicates opening or expanding the shape into this final form.
* Step 12 shows additional crease marks inside the rhombuses. Since the large image does not have these internal crease marks, it represents the state of the paper *at* Step 11.

Therefore, the large image depicts the outcome of Step 11.

Final Answer:
11