Visualising solid shapes is a very useful skill. We can see the hidden parts of a solid shape. For example, when a cuboid with a square face is cut vertically, then each face is a square. The face is a cross section of the cuboid
A prism has the same cross section throughout its length no matter what form it may take i.e. a cubic prism, a cuboid prism, a triangular prism, a hexagonal prism, a cylindrical prism etc.
length = volume/cross-section
The vertical cross section of a right vertical cone is a triangle if that cross section is taken from the vertex. Any other vertical cross section will reveal a hyperbola (with endpoints on the base of the cone). A link can be found below.
You cannot have a 2d cylinder. The 2d cross section will depend on the plane of the cross section.
Not a right cross-section.
A cylinder has a circular cross-section whereas a cuboid has a quadrilateral cross-section.
Yes a prism can have a square cross-section
Volume of a cuboid = cross-section area times its length
Cube, Cuboid. Any prism with a quadrilateral cross section
The following are some shapes having a square cross section: a cube, a cuboid, a square pyramid.
Yes. A cuboid, for example, has triangular cross sections
The cross section of a cuboid box, bt a plane at an angle to all of its sides will be a point, triangle or quadrilateral - depending on it location. The cross section by a plane perpendicular to an axis of the box will be a rectangle.
They are both 3D shapes with a unified cross-section.
A square cross-section cuboid would fit the given description
If you mean what is the right cross sectional area of a cube with a volume of 250 cubic centimeters the answer is 40 cc (really 39.685)
Visualising solid shapes is a very useful skill. We can see the hidden parts of a solid shape. For example, when a cuboid with a square face is cut vertically, then each face is a square. The face is a cross section of the cuboid