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All three dimensional figures have more faces than a one dimensional figure. There are an infinite number of one dimensional points on a three dimensional figure
Any symmetrical figure has two halves that match. By definition, you cannot have more than two halves of a figure.
Its area. The value will depend on the figure - regular figures will have relatively simple formulae. Figures that can be decomposed into regular figures will also be relatively straightforward. But you could have a wiggly loop and finding the area inside that would be more difficult.
A polygon is any closed plane figure bounded by three or more straight sides.
three sided figures consist of only triangles, while a four sided figure consists of any quadrilateral, so you can draw more figures with 4 sideds than with 3
A composite figure is a figure that is made up of two or more geometric figures.
It is a geometric figure made from 2 or more other geometric figures, Similar to a composite number is one made of 2 or more primes. Make a "house" with a square and a triangle on top. This is a composite figure.
a irregular figure is not a particular shape it may have two or more figures in to make a irregular figure
It is a concave figure, which can only be formed in figures with four or more lines (quadrilaterals and above).
All three dimensional figures have more faces than a one dimensional figure. There are an infinite number of one dimensional points on a three dimensional figure
Any symmetrical figure has two halves that match. By definition, you cannot have more than two halves of a figure.
Its area. The value will depend on the figure - regular figures will have relatively simple formulae. Figures that can be decomposed into regular figures will also be relatively straightforward. But you could have a wiggly loop and finding the area inside that would be more difficult.
A polygon is any closed plane figure bounded by three or more straight sides.
three sided figures consist of only triangles, while a four sided figure consists of any quadrilateral, so you can draw more figures with 4 sideds than with 3
The rule when rounding off numbers is "If the first figure to be discarded is 5 or more then the previous figure is increased by 1". When 16490 is rounded off to 2 significant figures then the first figure to be discarded is 4. As this is less than 5 then the previous figure (6) is not increased by 1. 16490 to 2 significant figures is 16000.
A figure (or shape) that can be divided into more than one of the basic figures is said to be a composite figure (or shape).For example, figure ABCD is a composite figure as it consists of two basic figures. That is, a figure is formed by a rectangle and triangle as shown below.The area of a composite figure is calculated by dividing the composite figure into basic figures and then using the relevant area formula for each basic figure.Example 20Find the area of the following composite figure:Solution:The figure can be divided into a rectangle and triangle as shown below.So, the area of the composite figure is 216 cm2.
The answer will depend on the figure. For some plane figures there is a simple formula requiring only a few measurements. For more complicated figures, the formula may be more complicated or you may have to break the figure up into smaller units, measure their areas and sum these. For still more complicated areas you may have to use analogue techniques using the mass of uniform laminae, or approximations using grids.The answer will depend on the figure. For some plane figures there is a simple formula requiring only a few measurements. For more complicated figures, the formula may be more complicated or you may have to break the figure up into smaller units, measure their areas and sum these. For still more complicated areas you may have to use analogue techniques using the mass of uniform laminae, or approximations using grids.The answer will depend on the figure. For some plane figures there is a simple formula requiring only a few measurements. For more complicated figures, the formula may be more complicated or you may have to break the figure up into smaller units, measure their areas and sum these. For still more complicated areas you may have to use analogue techniques using the mass of uniform laminae, or approximations using grids.The answer will depend on the figure. For some plane figures there is a simple formula requiring only a few measurements. For more complicated figures, the formula may be more complicated or you may have to break the figure up into smaller units, measure their areas and sum these. For still more complicated areas you may have to use analogue techniques using the mass of uniform laminae, or approximations using grids.