One! That is what collinear means!
The geometric shape formed by connecting the perimeter of five points is a pentagon. Its basic construction is that of three triangles with one triangle in the middle sharing two of its sides with a base line of the other two triangles. The maximum number of triangles that can be created, if you count only those triangles that are formed by line segments between each of the five points, are ten (10).
1 triangle is formed.
it becomes a Star polygon
A trapezium has four points. If it has five, it is not a trapezium unless three of the points are on the same line. And in that case, one of those points is redundant.
4.5 or 3.5 The number is five.
No
The number of triangles that can be formed using five points in a plane depends on the arrangement of those points. If the five points are in general position (no three points are collinear), the number of triangles can be calculated using the combination formula ( \binom{n}{r} ), where ( n ) is the total number of points and ( r ) is the number of points to choose. Therefore, the number of triangles formed by five points is ( \binom{5}{3} = 10 ). If some points are collinear, the number of triangles would be fewer.
Since any two point must be collinear and must, therefore, define a line, the answer is 5C2, the number of combinations of two [points] out of five. This is 5*4/(2*1) = 10
15 Consider one of the points. Call it point A. You can draw one line containing A through each of the other five lines (i.e., there are five lines that contain both A and another of the five points). Now, consider another of the points -- call it B. Excluiding the line that contains A and B, there are four lines that can be drawn containing B and one of the other four points. Continue this process for all the points. You get 5+4+3+2+1=15 lines. In general, if you have n non-collinear points, there are n+(n-1)+(n-2)+...+2+1=n*(n+1)/2 lines that can be drawn through any two of those points.
The geometric shape formed by connecting the perimeter of five points is a pentagon. Its basic construction is that of three triangles with one triangle in the middle sharing two of its sides with a base line of the other two triangles. The maximum number of triangles that can be created, if you count only those triangles that are formed by line segments between each of the five points, are ten (10).
A five-pointed star, often referred to as a pentagram, has 10 angles in total. Each of the five points contributes an angle at the tip, and there are also angles formed at the intersections of the lines that connect the points. Thus, when you sum the angles at the tips and those formed internally, you arrive at 10 angles.
The old Five Points district is in Chinatown. Many of the streets have been renamed since then, or re-routed into different streets altogether, so it can be pretty confusing to figure out exactly where the Five Points was. The approximate location of the old Five Points intersection is the present-day intersection of Baxter and Worth Streets. In the old days, this was the intersection of Orange, Anthony, and Cross Streets.See the Related Link below for maps of the Five Points, then and now.
Kind of hard to show in here but... Use five circles to form a regular pentagon, then place the other five circles outside the pentagon - so that each is the point of a triangle (with the other points of the triangle formed by the points of the pentagon.
To form a five-digit number using the digits 1, 2, 3, 4, and 5, each digit must be used exactly once. Since there are 5 unique digits, the total number of different five-digit numbers that can be formed is given by the factorial of the number of digits, which is 5! = 120. Therefore, 120 different five-digit numbers can be formed using the digits 12345.
There are 2300 possible combinations.
The first five points were general principles for a peace settlement with Germany.
Five Points - MARTA station - was created in 1979.