There are a variety of practical uses for Pascal's triangle. Some of these include algebra, probability, as well as triangular numbers.
Are you talking about a pipe stem triangle? It's composed of twisted wire running through three clay pipes in the shape of an equilateral triangle. It is placed on an iron ring attached to a ring stand, and is used to hold a crucible over the flame of a Bunsen burner.
maybe if some place were in a triangle shape and if you had a sort out the length of the place they use it
The practical uses of scientific notation are to compute very large or very small numbers.
Hindu studies of combinatorics but Pascal discoevered more uses for it. If you add up the diagonals of Pascal's triangle, the sums are the entries of the Fibonacci Sequence.
I haven't seen any practical uses for them. I consider them more a mathematical curiosity.
Well Pascal doesn't use it much. Math people and maybe a few scientists.
three practical uses of an acid is in a home, food, and industry. the same goes for a base.
Bose-Einstein condensates (BEC) are used in precision instruments like atomic clocks and interferometers, as well as in quantum computing research. Plasmas are employed in a wide range of applications, including materials processing, medical treatments like sterilization, and fusion research for energy production.
Any material contain ununoctium; uuo hasn't practical uses.
Hassium has not practical uses.
Hassium has not practical uses.
Ununseptium hasn't practical uses.
hydraulics Joshua Davis Baton Rouge, La Central High School
Dubnium hasn't practical uses.
Only for experiments, not practical uses.
Hassium is a synthetic element that does not have any known biological role. It is primarily used for scientific research purposes to study the properties of heavy elements and their interactions with other elements.
Hydrates have practical uses in various industries such as pharmaceuticals, agriculture, and manufacturing. They can be used as desiccants for moisture control, in chemical reactions to form different compounds, and in some cases as a source of water in certain processes. Additionally, hydrates are important in crystallography for studying the structure of compounds.