We assume you are graphing on a number line, not an x-y plane. Draw an "open" circle (not filled in) at -4, and a line from it across to the right end of the number line. Put an arrow on the end of the line to show that the graph continues to the right.
No, but a line segment does line segment:._____________________. line:___________________________________________________________etc.
An infinite number. Any parallelogram can be cut in half by a line parallel to one of its sides to increase the number by one. And there is no end to that process.
There is no limit to the number of y-intercepts a line can have. The axis itself is a line and it intercepts itself an infinite number of times.
Irrational numbers can be graphed at a number line, but only as an estimation.
A number line is where a line is drawn with one number starting on one end and another ending it. The number on the furthest right or bottom end is the lower number and the number on the furthest left or top is the highest number.
infinite
It is infinite
I assume you mean the square Root of 3. You can't show it exactly as root 3 is an irrational number. BUT, you can show it approximately. Root 3 = 1.732... So put a mark between 1 and 2 on the number line at about 1.7.
A straight line with no end points such as the number line
A number line extends infinitely in both directions, proven with two small arrows on either end It is numbers... in a line!!!! :)
well, a line consists of an infinite number of points the three important points on a line are start (the origin of the line) end (the end of the line) midpoint (halfway across the line)
If you start with a small number like -14 and end with 98, you can show that the numbers on the number line continue and don't come randomly. Also, it is understood better than a non-sequenced line.
We assume you are graphing on a number line, not an x-y plane. Draw an "open" circle (not filled in) at -4, and a line from it across to the right end of the number line. Put an arrow on the end of the line to show that the graph continues to the right.
No. However, it does have to have a beginning number. beside the beginning number, on the actual line, you would put an arrow on the end of it, because numbers are infinite in both directions.
No, not necessarily. A number line can start and end wherever you need it. But if you are including both positive and negative numbers, then there needs to be a position for zero.
Infinitely many. There an infinite number of points on a line and each point can be an end point of two rays.