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(Solved): Two types of graph objects allow you to shade regions of a graph; areas and polygons. As with other ...




Two types of graph objects allow you to shade regions of a graph; areas and polygons. As with other objects, you may drag acd
More about areas
Selecting anywhere in the shaded region other than the control point will sometimes reveal the area of the s
Which of the following statements are true regarding areas? Check all that apply.
Changing the position of other objects on t
Ore the grer polyoon (star symbols) to again shade the road, then use the green polrgons (thangle symbols) to shadn the regon
Two types of graph objects allow you to shade regions of a graph; areas and polygons. As with other objects, you may drag acditional instances of an area onto the graph as long as the palette icon remains in color, and you can always remove objects by dragging alf control points off the graph. Working with areas Areas appear on the palette as a control point within a shaded box, and they can be used to fill in any region regardless of its shape, Wherever you place the point on the graph, the filled-in region will extend beyond that point until it reaches another graphical object or the edge of the graph. Suppose the following graph represents a painting on a canvas, Use the black point (pius symbol) to draw the road divider bisecting the road, then use the grey area (star symbol) to shade the road. Afterward, use the green area (triangle symbol) to shade the regions on either side of the road and the blive area (circle symbol) to shade the shicy. Note: You will not be graded on any changes you make to the graph. More about areas Selecting anywhere in the shaded region other than the control point will sometimes reveal the area of the shaded region. As arth other tool tips, it will not take the groph axes' units into account. Areas are graded based on the shape of the entire filied-in area, not on the specific locabion of the point defining the area. (There will often be multiple correct placements for the point defining tha area.) By selecting the filied-in regions on the graph, you con determine that the area of the canvas covered by the road is equal to tquare inches. Which of the following statements are true regarding areas? Check all that apply. Which of the following statements are true regarding areas? Check all that apply. Changing the position of other objects on the graph may change the shape of the poss fle regions you may fili, You are graded on the precise location of the point used for the area object, not the filled area it generates. Areas can be used to shade a region of any shape. Working with polygons Once you have placed a polygon on the graph, you can adjust its shape by selecting and dragging any of the pelvgon's endpcints to another snap point. As with lines and curves, you can also select the entire polygon to change its location on the graph without changing its thape. In some cases, you can view the area and perimeter by selecting anywhere within the polygon cther than the endpoints. Use the grey polygon (star symbols) to again shade the road, then use the green polygons (triangle symbols) to shade the regions on either side of the road. Ore the grer polyoon (star symbols) to again shade the road, then use the green polrgons (thangle symbols) to shadn the regons an either nide of the roand. True of Falset The endpointe of a polygon must conform to shap points, whereas the edges of an ares are not confined by was points. True False


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Point first: Areas can be used to shade a region of any shape. Remarks: it is true as they can be used to fill in any region regardless of its shape P
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