A translation of shape on the coordinated grid moves it in the same distance and in the same direction
as in a 7 sided figure? a heptagon
a nonagon
There are 2 reasons to use a cooridnate plane. The coordinate plane provides an accurate referance for determining parallel lines and other characteristics. For example, if one line runs along the x axis and one along the y, you can conclude they are perpendicular. Also, the plane allows people to draw an accurate figure based on a few numbers instead of having to specify every angle measure and every side length.
It means that you should draw the equation (or set of points) given by plotting it on a two-dimensional coordinate plane.
That the image has moved in the same direction and distance of its outline
A translation of shape on the coordinated grid moves it in the same distance and in the same direction
as in a 7 sided figure? a heptagon
The answer is 'graph'
a nonagon
There are 2 reasons to use a cooridnate plane. The coordinate plane provides an accurate referance for determining parallel lines and other characteristics. For example, if one line runs along the x axis and one along the y, you can conclude they are perpendicular. Also, the plane allows people to draw an accurate figure based on a few numbers instead of having to specify every angle measure and every side length.
how can you draw a coordinate graph using feet and meters
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 that you should draw the equation (or set of points) given by plotting it on a two-dimensional coordinate plane.
easiest way go in to your paint programm Better way Autocad
A plane figure is one that is entirely in one plane. One way to think of that is it can be made to lie flat - no ups or downs. A closed figure is one where you can go around the outside of the figure and return to your starting point - without jumping. If you take any two points - one inside the figure and one outside, then you cannot draw a curve from one to the other without crossing the boundary of the figure.
a coordinate pair is a pair of fractions that show u how to draw with purple dinousors by ur side (fyi this is wrong lol ). * * * * * Why bother with that answer? A coordinate pair is a way of describing the position of a point in 2-dimensional space, devised by Rene Descartes. You select any point on the plane and call it the origin and its coordinate reference is (0,0). The position of any other point in the plane can be identified by how far to the right (the first of the coordinate pair), and how far up (the second) it is. In basic terms, that is it. For points to the left of the origin, the first coordinate is negative. For points to that are lower down, the second coordinate is negative.