Squares can often be bound by polygons.
A cube.
A square is regular quadrilateral polygon
Among all polygons with a given perimeter, the regular polygon that maximizes the area is the circle, although a circle is not technically a polygon. If we restrict our consideration to polygons, a regular polygon with more sides (such as a regular hexagon or dodecagon) will generally have a larger area than one with fewer sides, given the same perimeter. Thus, for polygons specifically, a regular polygon with a high number of sides will have the largest area.
A cone
sphere
Argon is the gas among these. Other elements are solids.
Eukaryotic cells are larger cells with membrane-bounded organelles. They include a nucleus, mitochondria, endoplasmic reticulum, Golgi apparatus, and lysosomes, among others. These organelles perform specialized functions within the cell.
There are many possible answers: The simpler ones among these are: pyramid with a 15 sided polygon as base. dipyramid with a 14 sides polygon as base. prism with octagonal bases.
Network solids are organized in a crystalline structure at the molecular level, causing brittleness (inflexability). Ductily is usually associated with metallic bonding where electrons are freely shared among particles.
Because there is a freezing point, a boiling point so Solids can change into liquids and liquids can change into gases and all over again!!!!!!!!!!!!!!
The solvent is water; the solutes are among other things lactose, chocolate solids, emulsifiers and colours.
Bounded cultures refer to cultural groups that have defined, often limited, boundaries, whether geographical, social, or contextual. These cultures are typically characterized by shared norms, values, and practices that distinguish them from surrounding groups. Bounded cultures can emerge in specific communities, organizations, or social settings, allowing for a sense of identity and belonging among their members. However, they may also face challenges in adapting to broader cultural influences and interactions with other groups.