B. Directions: List down atleast 10 possible materials found in your home that can be used in making 3-D digitally enhanced product. 1. D/AAC/NE 6. 2. PLASTIC BOTTLE 7. 3. 8. 4. 9. 5. 10.
Answer (1)
Answer:Here are 10 household materials that could potentially be used in creating a 3D digitally enhanced product, depending on the specific product and digital enhancement techniques: 1. Cardboard: A readily available material for creating basic 3D structures. Digital enhancement could involve adding virtual textures, colors, or animations. 2. Paper: Similar to cardboard, paper can form the base of a 3D model. Digital enhancement could involve augmented reality overlays or interactive elements. 3. Plastic Bottles/Containers: These can be cut and shaped to create 3D forms. Digital enhancement could involve projecting light patterns or using sensors to create interactive displays. 4. Wooden Dowels/Craft Sticks: These can be used for structural support or to create specific shapes within a 3D model. Digital enhancement could involve adding virtual textures or lighting effects. 5. Fabric Scraps: Fabric can be draped or sewn to create 3D forms, especially for soft or flexible products. Digital enhancement could involve adding virtual embroidery, patterns, or textures. 6. Buttons: Buttons can add texture and detail to a 3D model. Digital enhancement could involve changing their appearance or adding interactive functions. 7. Clay/Play-Doh: These malleable materials can be sculpted into 3D shapes. Digital enhancement could involve 3D scanning to create a digital replica or adding virtual paint and textures. 8. String/Yarn: These can be used to create intricate 3D structures or add textural elements. Digital enhancement could involve adding virtual lighting or changing the color and texture. 9. Aluminum Foil: This malleable material can be shaped to create reflective surfaces or intricate forms. Digital enhancement could involve adding virtual patterns or projections. 10. Recycled Materials: Various recycled materials, such as plastic caps or bottle tops, can be incorporated into a 3D model. Digital enhancement could involve creating a virtual assembly or adding interactive elements. The digital enhancement aspect is crucial. These household materials themselves are not "3D digitally enhanced products" but serve as raw materials whose potential is greatly expanded through digital design, fabrication, and interaction. The digital element could involve 3D modeling software, AR/VR applications, or embedded electronics.
