Any two lines that intersect the circle but do not meet each other will do that.
The maximum number of parts a circle can be divided into by using ( n ) straight lines is given by the formula ( \frac{n(n + 1)}{2} + 1 ). For 100 straight lines, this calculation becomes ( \frac{100(100 + 1)}{2} + 1 = 5051 ). Thus, with 100 straight lines, the maximum number of parts a circle can be divided into is 5051.
step 1: make a circle with a compass step 2: divide the circle into 4 equal parts step 3: draw curved lines
No, because, none of the combinations of lines can evenly slit spaces. Fold the circle first, and then you can cut the circle into 5 pieces with 2 straight lines.
Draw two diameters perpendicular to each other. Draw a smaller circle with the same centre such that the radius of the inner circle is 'r' and the radius of the outer circle is 'r√2.' [Or, the radius of the outer circle is R and the radius of the inner circle is R/√2.]
it means the circle is a sphere
A chord is a straight line drawn through a circle which divides the circle into two parts. The line can be drawn anywhere in the circle EXCEPT the center where it becomes the diameter.
Well, for it to be a polygon it has to have: 1. Have straight sides ( circle is not a polYgon) 2. Have connect lines to form a figure 3. Must at least have 3 lines( triangles a polygon)
Only the diameter can divide the circle in to two equal parts.
they are logitude and latatude
It could be a stretched circle - a bit like an ellipse except that an ellipse does not have straight lines.
Color and parts
a)Draw a line thru the center intersecting 2 points on either sides of the circle b)Using radius of the same circle, draw 2 arcs in both intersecting points. Along with the straight line, this will cut out 4 sectors, with the rest of the circle sum to get for the 5th portion.