To determine which option, when folded, will result in the given solid, we can analyze each provided figure in relation to the final 3D shape.
The key is to match the arrangement and orientation of faces, edges, and vertices comparing to the solid shown. Below is the logical reasoning:
- Start by identifying the shape of the solid in the image. Typically, we are dealing with a common polyhedron like a cube, prism, etc.
- Examine each option, imagining how it would fold. Consider elements such as:
- Which faces could be adjacent in the polyhedron?
- How the edges align when folded?
- The orientation of each face in relation to other faces.
- Check which figure replicates this arrangement when folded.
After analyzing all given options visually, we can conclude that:
- Fig 4 is the only option that correctly folds into the specified solid. This is verified by aligning each face in a way that reflects the structure of the solid realizing adjacency and proper edge alignment.
The solution relies on spatial awareness and mental manipulation of shapes to understand which two-dimensional net will construct the intended three-dimensional figure upon folding.