Simply because - the shape allows the contents to exert even pressure throughout the vessel.
takes shape of its containerThey both flow and have shapes defined by their containers.
The state is gas. Gasses can expand and be put in containers of different shapes.
spherical, ovoid, cylindrical.
Non-cylindrical objects are objects that do not have a cylindrical shape. This includes objects with irregular shapes, such as spheres, cubes, pyramids, and cones among others.
Cylindrical objects are three-dimensional shapes that have straight sides and circular bases that are parallel to each other. Examples of cylindrical objects include cans, pipes, and drinking glasses.
Transformers come in many shapes. Cylindrical, square, and rectangular are three of the main shapes of transformers.
The premise of your question is false. Take, for example, a juice box.
Cylindrical shapes are efficient for housing the components of a battery, like electrodes and electrolytes, in a compact space. Additionally, cylindrical shapes provide structural stability and prevent leakage of the battery contents. This shape also allows for easy stacking and packing of batteries in electronic devices.
The shape of stoneware vessels changed in the mid-nineteenth century. Classically ovoid shapes of crocks and jugs became more cylindrical; thus stoneware containers can be dated by their shape. Ovoid vessels date from the first half of the nineteenth century, while cylindrical containers date to the second half. Do a Google Image search, or look on E-bay for similar ones.
Gas diffuses in space.
Most fire extinguishers contain a powder with a pressurized propellant, or sometimes just a pressurized gas, and occasionally a liquid under pressure.Round containers are best for pressurized containers because they retain their shape under pressure. Most fire extinguishers are cylindrical shaped with either concave or convex ends.
cylindrical shape doesn't describe for the bacterial cell shapes