Hmmm ... That is the best way to build it.
A circle is the shape which encloses the maximum area for a given perimeter, so you would use less material for the wall.
If something has pressure from the inside, it will take the form of a circle. Similarly, when you blow up a balloon, it takes the shape of a sphere.
If the cross section were say, a square, the walls would bow out (unless they were very strong), and tend to make a circular shape.
A cylinder has a circular cross-section whereas a cuboid has a quadrilateral cross-section.
Not a right cross-section.
A sphere is three-dimensional whereas an ellipse is two-dimensional. An ellipse can have an oval shape but a cross section of a sphere is always circular.
No, a cube cannot have an octagonal cross-section.
The cross section can be a triangle, rectangle or a hexagon.
A cylinder has a circular cross section that is parallel to its base.
a circle
A cylinder has a circular cross-section whereas a cuboid has a quadrilateral cross-section.
A cylinder has a circular cross section, a rectangular prism has a rectangular cross section.
A rectangular prism has a rectangular cross section whereas a cylinder has a circular cross section
A cylinder has a circular cross section, a square prism has a square cross section.
A circular cross-section.
It depends on the angular plane of the Cross-section, to the conic axis. The conic-axis is a line from the point of the cone to the centre of a circular cross-section. #1 ; Cross section perpendicular to the acix is a CIRCLE. #2 ; Cross section angled to ther sides of the cone is an ELLIPSE #3 ; Cross section were the ends do not touch the circular face is a PARABOLA #4 ' Cross sectional plane which is parallel to the axis is a HYPERBOLA. The Cartesian Equations for each type are ;- #1 ; Circle ' x^(2) + y^(2) = 1 #2 ; Ellipse ' x^(2)/a^(2) + y^(2)/b^(2) = 1 #3 ; Parabola ' y^(2) = 4ax #4 ; Hyperbola ' x^(2)/a^(2) - y^(2)/b^(2) = 1
A circular cross-section.
The radius of a cylinder is half the thickness of its circular cross section.
Yes. An annulus is a circular disc with a concentric circular disc cut out of it.
A transformer's windings are pre-wound around insulated 'formers' or tubes of circular cross section. To achieve maximum flux density, the core should ideally be of circular cross-section, too. A 'stepped core', then, describes the way in which the widths of the outer laminations of a transformer's core are progressively reduced ('stepped') in order to achieve a roughly-circular cross-section.