Geometric Solids and their Properties

Geometric properties is the dimension and assessment of appearance, angles, points, planes, and surfaces.  A character is the external form of an thing or shape such as a ring, triangle, quadrangle, parallelogram, rectangle, trapezoid, rhombus, octagon, pentagon, and hexagon. Geometry is every one concerning shapes and their properties. Two the majority common subjects are plane geometry, solid geometry. Geometry is the earth-measuring is a division of mathematics apprehensive. Originally a organization of useful information regarding lengths, areas, and volumes.

Properties of Geometric Solids

Volume, mass, weight density, and surface area are properties that all solids possess. Properties of solids is used by engineers and manufacturers to determine material type, cost, and other factors associated with the design of objects.



Volume (V) refers to the quantity of hole unavailable by a thing or enclosed within a container.

Mass(M) refers to the amount of substance in an entity. It is frequently confused with the notion of weight in the metric scheme

Weight (W) is the power of seriousness performing on an entity. It is frequently confused with the idea of mass in the English scheme

Weight density (WD) is an object’s power per component quantity.

There is a difference between area (A) and surface area (SA).

Area describes the assess of the two-dimensional space enclosed by a shape.

Surface area is the addition of every areas of the three-dimensional solid.

Activity of geometric solids and their properties

Inpre prearranged accommodating groups, let students hold, inspect and converse the substantial characteristics of the inexpressive geometric solids.

All groups will considerately produce a Venn diagram based on the geometric solids in frontage of them. Then they will be collective with the group. This will be used to contrast and contrast the solids.

As a group, produce a list of individuality for all solid. The information is record on a graph.

Exhibita number of physical models of geometric solids to the group that are seen in the earth approximately us on a every day basis.