Yes it does! It has to be equal to connect with each other at the ''o''.
The straight horizontal line on the graph says: "Whatever time you look at, the speed is always the same". This is the graph of an object moving with constant speed.
The incline of the graph changes although it still intersects the y-axis at the same point.
The graph can be linear, if is just draw the line in the same path and see the Y axis answer. Sorry if you don't understand. =\
No, flipping a function is not the same as moving a function. Flipping a function typically refers to reflecting it over an axis, such as the x-axis or y-axis, which changes its orientation but not its position on the graph. Moving a function, on the other hand, involves translating it vertically or horizontally without altering its shape. Each operation affects the function's graph differently.
No, a relation is not a function if its graph intersects the Y-axis twice. A function is defined as a relation in which each input (x-value) has exactly one output (y-value). If a graph intersects the Y-axis at two points, it means there are two different y-values for the same x-value, violating the definition of a function.
count the spaces on your graph until you reach the y axis then start over and count again till you count the same number that you it took you to reach the y axis... sounds kinda confusing.... but good luck !
When answering a graph question it doesn't really matter what axis you look t first. That's the same when constructing a graph , you can draw either axis first (:
No. Generally speaking, a trend graph has time on the horizontal axis. That is not always the case with line graphs.
A dual-axis graph can be used to show both temperature (on one axis) and precipitation (on another axis) on the same graph. Alternatively, a line graph can be used with two different lines representing temperature and precipitation over time.
It is the same as the original reflected in the line whose equation is y=x. You will get the same effect if you imagine lifting the graph off the paper, and flipping it clockwise through 180 degrees and then putting it down so that the y-axis is where the x-axis was and the x axis is where the y-axis was.
The straight horizontal line on the graph says: "Whatever time you look at, the speed is always the same". This is the graph of an object moving with constant speed.
The incline of the graph changes although it still intersects the y-axis at the same point.
The graph can be linear, if is just draw the line in the same path and see the Y axis answer. Sorry if you don't understand. =\
It is plotte on the x-axis. I dad the same question in science.
On a graph paper, a horizontal (number) line is the x-axis. Correspondingly, on the same graph paper a vertical number line is the y-axis. Where these two axes meet (intersect) is named the origin and given the coordinates ( x,y) ; ( 0,0)
When making a graph there are certain requirements for ensuring the graph will be accurate. When numbering each axis it is important to ensure that there are the same number of decimal points as what coincides with the data that is recorded.
It could either be a graph with 3 horizontal axes; or a graph with one horizontal axis and two vertical ones. This would be for situations where you wish to plot several dependent variables against the same independent one, but the units or scale of the independent variables do not allow you to use the same axis. For example, you may wish to plot the rate of inflation (%) and numbers unemployed (millions) in an economy against the same independent variable, time; or it could be a three dimensional graph. And, by that is meant a genuine 3-d graph with 3 interacting variables rather than a graph that has been given a spurious (and sometimes misleading) third dimension.