The answer depends on the context. Some examples:z can represent the length of a side of a polygon, for example, a triangle with sides of lengths x, y and z;z can represent the vertical axis in 3-dimensional coordinate geometry (where x and y are used for the base plane);z can represent a variable in the complex plane (z = x + yi);z can represent the probability that a random observation from a Normal distribution is at least as extreme as the one seen.
dfv
0,-1,-2,-3,-4,-5,-6,-7,-8,-9,-10,ect.
Coordinates: R is (-6, 2) and T is (1, 2) Length of side RT is 7 units using the distance formula
No it CANT be a polygon because its open a polygon has to be close
Depends how much is being added to which x-coordinate: If a constant amount is added to every x-coordinate, the polygon is translated (parallel to the x-axis). [This first possibility is what I think you are really asking, however:] If an amount is added which depends linearly upon the y-coordinate of the x-coordinate, the polygon is sheared (parallel to the x-axis). If an amount is added which depends linearly upon the x-coordinate, the polygon is stretched (parallel to the x-axis). If a random amount is added, the polygon is randomly transformed.
the center of the figure at the origin
There cannot be a similar polygon by itself. One polygon is similar to another if all of their corresponding angles are equal. This requires that the lengths of corresponding sides are in the same ratio: that is, if one polygon is a dilation of the other.
it means a transformation in which a polygon is enlarged or reduced by a given factor around a given center point.so its an enlargmant or a reduction
The answer depends on the context. Some examples:z can represent the length of a side of a polygon, for example, a triangle with sides of lengths x, y and z;z can represent the vertical axis in 3-dimensional coordinate geometry (where x and y are used for the base plane);z can represent a variable in the complex plane (z = x + yi);z can represent the probability that a random observation from a Normal distribution is at least as extreme as the one seen.
dfv
It is a square which is a regular 4 sided polygon
The ogive never close because they represent non-decreasing functions, and polygon you close it.
plot the points (2,-2),(3,4),(-1,2),and (-2,-4) on the coodinate plane. connect the points, in order, to form a polygon. what kind of polygon is formed? be as specific as possible.
plot the points (2,-2),(3,4),(-1,2),and (-2,-4) on the coodinate plane. connect the points, in order, to form a polygon. what kind of polygon is formed? be as specific as possible.
You do not need a coordinate plane to draw a polygon. A polygon is simply a plane shape whose boundaries are straight line segments that meet at their ends but do not cross. So draw any number of points and draw straight ines from one to the next, and on to the next, and so on except that you must not cross an existing line and the last line must end at the starting point. And there you have it: your polygon!You do not need a coordinate plane to draw a polygon. A polygon is simply a plane shape whose boundaries are straight line segments that meet at their ends but do not cross. So draw any number of points and draw straight ines from one to the next, and on to the next, and so on except that you must not cross an existing line and the last line must end at the starting point. And there you have it: your polygon!You do not need a coordinate plane to draw a polygon. A polygon is simply a plane shape whose boundaries are straight line segments that meet at their ends but do not cross. So draw any number of points and draw straight ines from one to the next, and on to the next, and so on except that you must not cross an existing line and the last line must end at the starting point. And there you have it: your polygon!You do not need a coordinate plane to draw a polygon. A polygon is simply a plane shape whose boundaries are straight line segments that meet at their ends but do not cross. So draw any number of points and draw straight ines from one to the next, and on to the next, and so on except that you must not cross an existing line and the last line must end at the starting point. And there you have it: your polygon!
It means it's parallel (both sides are same).