1. The segment will be enclosed within a sector of radii 18 cm and an arc angle of about 113 degrees.
2. Area of sector: 113/360*pi*18*18 = 319 square cm rounded.
3. Area of segment: 316-area of isosceles triangle contained in the sector = 170 square cm rounded.
Circles have a diameter, not length. The diameter of a US cent is 19 mm.
chords inside circles can be any length from the diameter to almost zero length.
The diameter STUPID!
The line segment (not segmant) is equal, in measure, to the diameter.
This question has no possible answer.Only circles have diameters.Rectangles have "length" and "width".
I get 9
Circles have a diameter, not length. The diameter of a US cent is 19 mm.
chords inside circles can be any length from the diameter to almost zero length.
The diameter STUPID!
Diameter is a term used for measuring length of circles. We can't tell the diameter of Pakistan because it is a country with irregular shape.
the andser is 9
The line segment (not segmant) is equal, in measure, to the diameter.
This question has no possible answer.Only circles have diameters.Rectangles have "length" and "width".
Every diameter of the same circle is the same length, and unless someone comes alongand stretches the circle when you're not looking, the diameter doesn't change.So...YES-----------I disagree...No they are not... all circles would be the same size if that were the case.What remains a constant is that all circles are 360 degrees.==================================The question doesn't ask about " ... the diameter of circles ... ".It asks about " ... the diameter of a circle ... ".The diameter of circles is not always the same, butthe diameter of any one circle is always the same.P.S.: This is not the place to debate the answer.The "discussion area" is.
Can't be sure what you're asking, but it would be two circles with equal radii longer that half the length of the segment, using the endpoints as the origins of the two circles.
there is no such thing as the diameter of a hexagon only circles can have diameters, now if u said the length horizontally or vertically that could be solved but since its a hexagon the length horizontally would be shorter than the length vertically.
Yes, it is possible to trisect a line segment using a straightedge and compass. To do this, you can first draw two circles with the endpoints of the segment as centers and a radius equal to the length of the segment. By intersecting these circles and connecting the intersection points, you can create a series of segments that can be divided into three equal parts, effectively trisecting the original line segment.