Graphs are a way to organize collected data from a subject.
There are many ways to graph linear equations. One way that will always work it to pick some points, 3 is plenty. Pick and x value, plug it in and then find the y value. You will obtain a set or ordered pairs. Graph these and connect the dots. Voila------------- a line!
When quantities are related this way we say that they are in direct proportion.
-40 feet to the left
birds of a feather stay together
No. A vertical line on a speed/time graph would indicate that the object's speed changed from one value to another in zero time. Another way to describe it would be to say that it had infinite acceleration. Neither description is physically possible.
Graphs are a way to organize collected data from a subject.
It's one way to describe the world. Artists have another. Writers have another.
For a graph to be a function, each x-value has to take maximum one y-value. One way you can check this is drawing a vertical lines through points on the graph. If a single vertical line intersects the graph in more than one place, that means the x-value defining the line has more than one y-value, and the graph is not a function.tl;dr: Draw vertical lines through the function, and if the lines only intersect the graph once, you have a function.
"Here and there" is another way to describe "this and that."
You use the "vertical line test". If anywhere you can draw a vertical line that goes through two points of the graph, the relation is not a function; otherwise, it is a function. This is just another way of saying that in a function for every x value (input) there is AT MOST one y value (output).
You list it the same way you would list any other value.
Another way to describe fellow employees could be colleagues or co-workers.
AccountDepictDetailDraw a pictureExpoundIllustrateReport
Bulk
Ethernet segment.
Hot energy