Not if the gradient calculation is done correctly.
by making the graph have an important missing part...(hope it helps!)
The scale of a graph significantly influences its appearance by altering the range and intervals of the axes, which can emphasize or de-emphasize trends and data points. A larger scale can make variations appear less pronounced, while a smaller scale can exaggerate differences, potentially misleading the viewer. Additionally, the choice of scale can affect the readability and clarity of the graph, impacting how easily the audience can interpret the information presented. Thus, careful consideration of scale is crucial for accurate data representation.
you make a line graph and then put a scale on it
A scale which uses the area of the graph to its maximum.
The scale varies on depending on the graph; there is no standard scale. It is whatever you want it to be.
The scale is the numerical system that is used to define the axis of a graph.
you make a line graph and then put a scale on it
The scale can be anything that you choose - but you must give it with the graph.
The scale in a graph is determined by the range of the dependent and independent variables.
The scale is the numerical system that is used to define the axis of a graph.
The values on the scale of a graph represent the range and intervals of the data being displayed. They provide a reference for interpreting the magnitude of the data points plotted on the graph. Differences in scale can affect the visual representation of trends and relationships, making some variations appear more pronounced or subtle depending on how the scale is set. It's important to choose an appropriate scale to accurately convey the information without distorting the data.
A linear graph. As opposed to a logarithmic scale graph.