you can complete the drawing by continuously exerting gas from your exterior until your brain says the image that somehow appeared on your paper is correct.
Either 12,14,16,or18 I think 18. * * * * * The correct answers is 4. You can draw only 3 diagonals from one vertex.
Select any point inside the hexagon and draw a line segment to any point on the boundary of the hexagon. Draw 7 more such segments. These will divide the hexagon into 8 parts. The parts will not be equal but that was not a requirement of the question.
Just draw the diagonals and you have four quarters.
n-3 diagonals. Of the n vertices of the polygon, you cannot draw diagonals to the two adjacent vertices since these are sides of the polygon and so not diagonals. And you cannot draw a diagonal from a vertex to itself. So those are three vertices that are ruled out, leaving n-3.
2 Pentagon-5 Hexagon - 9 formula diagonals=(n-3)+sum from i=1->i=(n-3) [i] diagonals=(n-3)+1+2+. . .+(n-3) The n-3 is because you cannot draw lines to a same point or adjacent ones. The reason (n-3) is used twice, is because the first 2 points you start to draw from are not connected to each other so they draw all the lines they can. Once you get to the third (assuming you are moving in a circle), the number of lines you can draw is reduced by 1, since that line is already drawn (to the first point). The 4th one now already has a line to the first and second points and so draws 2 less lines.
A hexagon with two reflex angles opposite one another will have two diagonals that lie entirely outside the hexagon and one that is partly outside.
You cannot. A hexagon has 9 diagonals.You cannot. A hexagon has 9 diagonals.You cannot. A hexagon has 9 diagonals.You cannot. A hexagon has 9 diagonals.
You can draw 9 diagonals inside a hexagon.
18
four (4)
The answer would be 18.
4.
Either 12,14,16,or18 I think 18. * * * * * The correct answers is 4. You can draw only 3 diagonals from one vertex.
In a regular hexagon in which the angles are congruent you can use a formula. ((6-2)*180)/6 120 degrees. The reason this works is that you can draw 4 diagonals inside the hexagon and triangles have 180 degrees each.
To draw a pentagon with two outside diagonals, first sketch a regular pentagon by marking five equidistant points on a circle and connecting them in sequence. Next, identify any two non-adjacent vertices of the pentagon. From each of these vertices, draw straight lines connecting them to the other two non-adjacent vertices, creating the diagonals that extend outside the pentagon. Ensure that the lines are clearly defined and do not intersect with the pentagon itself.
To draw a hexagon with exactly one pair of parallel sides, start by drawing a horizontal line for the parallel sides. From each end of this line, draw two lines at an angle inward, connecting them to form a point. Then, from the endpoints of these angled lines, draw additional lines that meet at a point on the opposite side of the hexagon. Make sure that only one pair of opposite sides remains parallel.
A hexagon is a geometric shape with six sides. To draw one, draw a polygon with six sides.