SLIVER
A cross section, I believe
a slice
Yes you can. First, determine the percentage of the whole is represented by each slice of your circle (or pie) chart. Then make a bar for each slice that is the same percentage of the height of you bar graph. If you graph represents absolute number out of a total, the same principle applies.
A pie chart is a type of graph that shows data as parts of a circle. Each section of the pie represents a proportion of the whole data set. The size of each slice is proportional to the quantity it represents.
Circle graphs, or pie charts as they are also known, are pictorial representations of the relative frequencies of categorical data. A circle graph that depicts relative frequency displays the percentage of each category on each section of the circle. A pie chart is best to use when you only have a few categories and you want to demonstrate a part-to-whole relationship. Making each slice a different color adds to the visual appeal of this type of graph.
Each part of a circle graph, commonly known as a pie chart, is called a "slice." Each slice represents a portion of the whole and is typically labeled with a percentage or category name. The entire circle represents 100% of the data being analyzed, and the slices visually convey the relative sizes of each category within that total. Additionally, the whole circle is referred to as the "pie."
That conic section is a circle.When you slice a cone with a plane parallel to the base of the cone, the sliced section is a circle, and the portion of the original cone on the side of the vertex is again a cone.An isosceles cone would be the out come
This kind of conic section is a circle
The cross section of a paraboloid, when sliced parallel to its axis of symmetry, is a parabola. If the slice is made perpendicular to the axis, the cross section can be a circle or an ellipse, depending on the orientation and position of the cut. The specific shape of the cross section will vary based on the location and angle of the slice in relation to the paraboloid.
Any way you slice the earth, you get a chunk whose outline is a circle. (or approximately a circle if you look closely the mountains and valleys that the cross section cuts through disturb the circle). a mathematical sphere will give a mathematical circle at all cross sections.
To create a circle graph (or pie chart) from data given in percentages, start by drawing a circle. Then, convert each percentage into a corresponding angle by multiplying it by 360 degrees (since a full circle is 360 degrees). Use a protractor to measure and draw each slice of the pie according to the calculated angles, ensuring that all slices together add up to 360 degrees. Finally, label each slice with its category and percentage for clarity.
They are the shapes of the slices when you slice a cone. For example, when you slice it parallel to the base and look at the shape of the slice, you see the conic section known as a "circle". The others are the "ellipse", the "parabola", and the "hyperbola". Which one you get depends only on how you tilt the knife when you slice the cone.