Heat and electrical energy: list five materials that would respond to heat and electricity well. what materials have you learn that carry heat through materials without a problem? what materials if you want would carry electrical energy without a problem? Do you need a lightning rod? why? what types of things do you need electricity for when it comes to design? are you adding lights, ovens,heaters or air conditioners? why?
Five materials that respond well to both heat and electricity are copper, silver, aluminum, gold, and iron.
Materials that carry heat through without a problem include metals such as copper and aluminum, as well as materials like ceramic and glass.
Materials that carry electrical energy without a problem include copper, silver, gold, aluminum, and iron.
A lightning rod is necessary to protect buildings and structures from lightning strikes, as it directs the electrical current safely into the ground.
When it comes to design, electricity is used for a variety of purposes such as powering lights, ovens, heaters, air conditioners, and other electrical appliances. These are necessary for maintaining comfort, safety, and functionality in a space.
Chemical principles: was 5 to 10 materials that you would need to help with chemical principles of the building. What materials would withstand rust? Are there any materials that keep a structure from burning if it's struck by lightning? What types of paint would you use so the colors don't wear out? What types of pipes would you use so there isn't any rust?
Materials needed for chemical principles in a building may include glass for laboratory equipment, stainless steel for chemical storage tanks, PVC pipes for chemical drainage systems, concrete for chemical resistant flooring, and silicone sealants for chemical-resistant sealing.
Materials that withstand rust include stainless steel, aluminum, galvanized steel, and copper.
To prevent a structure from burning if struck by lightning, materials such as noncombustible building materials like concrete, brick, stone, and metal can be used.
To prevent colors from wearing out on a building, you can use high-quality exterior paints that are UV-resistant and have a durable finish such as acrylic or elastomeric paints.
For pipes to prevent rust, materials like PVC, CPVC, PEX, stainless steel, and copper are commonly used as they are resistant to corrosion from water and chemicals.
Physical principles: was 5 to 10 materials you would use to help keep the structure standing. How would gravity affect your structure? What materials are sturdy enough to withstand storms or gravity itself? Does it need to be insulated? What if they were hurricanes what would you use? Should you have Windows or how many layers should you have to withstand wind?
Materials used to help keep a structure standing include concrete, steel beams, brick, wood, glass, stone, aluminum, reinforced concrete, timber, and fiberglass.
Gravity affects the structure by exerting a downward force on it, which must be counteracted by the structural materials used to build it.
Materials sturdy enough to withstand storms or gravity itself include concrete, steel, reinforced concrete, brick, and stone.
Insulation is important for maintaining energy efficiency and comfort in a building. It helps regulate the temperature inside the structure and reduces energy costs.
In areas prone to hurricanes, materials such as impact-resistant glass, reinforced concrete, steel framing, and hurricane straps are commonly used to ensure the structure can withstand high winds and flying debris.
Windows should be impact-resistant and double-paned in hurricane-prone areas. The number of layers needed to withstand wind depends on the wind speed and building design, but multiple layers of glass or reinforced materials can help improve structural integrity.