There are a variety of practical uses for Pascal's triangle. Some of these include algebra, probability, as well as triangular numbers.
maybe if some place were in a triangle shape and if you had a sort out the length of the place they use it
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.
To find this you need to imagine the pipe slit straight down and rolled out. At this point what you have is 10 right triangles, with the base of the triangle being the circumference of the pipe and the height of the triangle being the height of the pipe divided by the number of wrappings. The hypotenuse then is the length of one wrapping. Multiply that number by the number of wrappings and voila, you have the length of the wire.
We can use it to find the coefficients of numbers when we expand a binomial. We also use it in probability theory. In fact there are many uses for it.
wire is first bent into the shape of a triangle. Each side of the triangle is 16 cm long. Then the wire is unbent and reshaped into a rectangle. If the length of the rectangle is 17 cm, what is its width?
There are a variety of practical uses for Pascal's triangle. Some of these include algebra, probability, as well as triangular numbers.
Housing uses steel wire
Construction uses steel wire
Clay triangle is used to hold a crucible while the crucible is heated.
To find the missing length of a triangle
maybe if some place were in a triangle shape and if you had a sort out the length of the place they use it
A wire gauze is a mesh made from wire, and is basically used as a filter or s sieve.
Equalateral
Answer: absolutely not! Answer: No. For starters, the area uses units of area (for example, square centimeters), while the perimeter uses units of length (For example, centimeters).
It can be used for pennies, copper wire and many other uses
A wired LAN uses wires to connect the computers but a wireless LAN uses radio waves.