the plane figure has 2 dimension and spatial figure has 3 dimension
plane figure
Yes and no. Yes = plane figure No = solid figure.
A plane figure with eight sides is an octagon.
It is the cross-section of the figure by the plane.
A two-dimensional figure, also called a plane or planar figure, is a set of line segments or sides and curve segments or arcs, all lying in a single plane. The sides and arcs are called the edges of the figure. The edges are one-dimensional, but they lie in the plane, which is two-dimensional. The triangle, the pentagon, the hexagon and the circle are just a few plane figures. Prisms and pyramids, for instance, are three-dimension figures.
Spatial figure is a three dimensional figure. It is made up of plane figure whose all sides are joined together to form a close figure
There are infinitely many spatial figures. I is not possible to draw or describe them.
A cube is a 3-dimensional object and so there cannot be a plane cube.
The length of a perpendicular from the base to the top of a plane figure or solid figure is known as the height. It represents the shortest distance between the base and the highest point of the figure, measured at a right angle to the base. In three-dimensional shapes, this height is crucial for calculating volume and understanding the figure's spatial properties.
The geometric figure couldn't meet because it lacked the necessary dimensions or properties to intersect with another figure. For example, a line and a plane might not meet if they are parallel. Additionally, if the figures exist in different planes or dimensions, they cannot meet either. Ultimately, the inability to meet stems from their geometric definitions and spatial relationships.
plane figure
No it is not a plane but it is a solidfigure
Area of plane figure
pogi talaga ako
A circle.
It is a figure that is the same as another figure in the plane. A square is the same plane figure as another square, but a cube is same the same plane figure even tho it is made up of 6 squares.
Yes and no. Yes = plane figure No = solid figure.