No Solutions
The graph is not visible and so it is not possible to tell whether the lines are in a space with 2 dimensions or more. In 2-d space there is one solution whereas in more dimensions there may be none or one.
No. The graph of each linear equation is a straight line, and two or more lines can't all intersect at more than one point. * * * * * Unless all the lines are, in fact, the same line. In that case each point on the line is a solution. That is, there are infinitely many solutions.
there are 5 straight lines
There are a great many things that can be learned from a graph such as data on time. Graphs can teach about learning trends fore a given amount of time for example.
Graphically, a line or many lines going vertically or horizontally in a slanting position, connecting and dis-connecting, and mirroring each other making a 'zigzag' example: /\/\/\/\/\/\/\/\/
No Solutions
no solutions
it depends how big you want it to be if you want it to be a small graph then up to 7 lines It can really be as many as you can fit in unless you are told otherwise. Too many lines would make it hard to read which is the main aim of graphs.
infinitely many solutions :)
one solution
Parallel lines don't intersect, no matter how many of them there are.
Easy. If you have a line graph and you, say, are doing a graph on how many fruits are eaten in a month. Then lemons could be low while melons are high, then they slowly change round, so melons are low and lemons are high.Hope this helped.Improved Answer:-If they are simultaneous equations then the lines will intercept af a point on the graph
If you are talking about straight lines, the answer is NONE, because that is what noncollinear means. If curves are allowed, then the answer is infinitely many.
None, one or an infinite number. In graph form, the three correspond to: None = Parallel lines One = Interscting lines Infinite = Coincident lines.
If you graph a system of two lines and all you see is one line, this means that both lines are the same. Any point on the line is a solution, so the system has an infinite number of solutions.
Poly = many. e.g. polygamy (many spouses) polygon (many sides). I think graph means lines or drawing (or something close). So it is a machine of many lines.