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What else can I help you with?
Formula for working out area?
There are different formulas for different figures ... also, areas are of two types . They are surface area and lateral s.a.
What is the difference between a pentagonal prism and a pentagonal pyramid?
pentagon is a 5 sided figure. pentagonal prism is a 3D structure where the top and the bottom face is a pentagon and the side faces are 4 sided figures (it may be a square or a rectangle) whereas pentagonal pyramid is a structure where only the bottom face is a pentagon and the top face is reduced to a point and so the side faces are 3 sided figures. for reference check google images for different types of prism and pyramid.
Why do you use different types graphs?
You use different types of graphs for illustrating different things. You should use the same type of graph if you are showing similar information for different subjects - for example, if you use a bar chart to show the heights of boys in a class you should probably use a bar chart to show the heights of girls, or to show the boys' mass.
How is solving a problem that includes rational numbers similar to solving a problem that includes irrational numbers?
Operations with rational numbers are carried out in exactly the same way as those for irrational numbers. There is, therefore, no difference in the methods for solving the two types of problems.
How do you write a billion in figures?
There are two "types" of Billion. Long and short.A billion in the UK, used to be a million million. However, the Americans, for some unknown reason, decided to call a billion a 1,000 million. Probably so they could be billionaires a lot quicker.So:Long: 1,000,000,000,000Short: 1,000,000,000The long is now hardly used and the short is now the accepted usage.
What types of rules produce similar figures?
the number before x and y must be the same ex. (2x,2y) (.5x,.5y)
Are all similar figures are congruent?
No because Similar figures are the same shape, angles, and types but not lengths. Congruent means EXACTLY the same in everything.
What does congruent and similar figures both have in common?
Both congruent and similar figures are types of geometric figures that share specific relationships. Congruent figures have the same shape and size, meaning all corresponding sides and angles are equal. In contrast, similar figures have the same shape but may differ in size; their corresponding angles are equal, and their sides are proportional. Ultimately, both types of figures maintain certain geometric properties that define their relationships.
Why all congruent figures are similar but not all similar figures are congruent?
Take the triangle for instance, there are 3 types. One is the same on each side which is the equilateral. But the other 2 types are flat on 2 sides and diagonal on the other side.
What were common types of artwork produced in Europe by artists the international Gothic style?
the depiction of elongated figures the use of rich and colorful decoration the creation of realistic
What types of games are produced by the Avalon Hill company?
The company known as Avalon Hill produces board games. These types of games are played in real life and consist of players using figures/markers to traverse a board.
What are all the types of 3 dimensional figures?
There are infinitely many types of 3 dimensional figures. It is impossible to name them all.
What are the types of plane and solid figures?
sphere
What are the three main types of rules assigned by the rules committee?
3 main types are open, closed, and modified rule.
What are some types of scales produced by OHAUS?
There are many types of scales produced by OHAUS. Some of the types of scales produced by OHAUS culinary scales, moisture balance scales, and hand held scales.
What are types of rectangular figures?
There are plenty of types of rectangular figures from the rectangle itself to certain quadrilaterals and even the square. A rectangle just requires that it has 1 or more right angles.
What are the types of rectilinear figures?
rectilinear figures are - 1.rectangle 2.triangle 3.hexagon 4.square.etc
