The blue segments on graphs can mean any number of things based on how the graph is setup. They can mean the number of people who visit a place or the amount of money collected.
Yes they do. All graphs have a mean and a mode. The difference with a double bar graph is that you have to find the mean and mode separately with each different thing you are measuring
A line graph displays a set of data using line segments. Line graphs are used to show how a factor changes over a period of time.
they are graphs that are misleading
line graphs, bar graphs,and circle
The factor that your results or tests are "dependant" on. As in you could not get the correct experiment without it
That the two segments are equal.
BMW FIRST MADE AEROPLANES, THE WHITE SEGMENTS IN THE BMW BADGE ARE TO REPRESENT THE PROPELLER, AND THE BLUE SEGMENTS ARE THE BLUE SKY..
Nonrepresentational graphics include: tables, forms, bar graphs, line graphs, pie graphs and instrument gauges.
Yes they do. All graphs have a mean and a mode. The difference with a double bar graph is that you have to find the mean and mode separately with each different thing you are measuring
lines and line segments
A line graph displays a set of data using line segments. Line graphs are used to show how a factor changes over a period of time.
Graphs, Tables, or Charts that represent what you tested
geometry means lines, segments, and points!!
Bar graphs and line graphs do not. Straight line, parabolic, and hyperbolic graphs are graphs of an equation.
Since the line segments are both radii ; centre of circle to circumference of circle. Them both line segments are the same length. The colour is just put in to 'throw' you!!!!!
Graphs, Tables, or Charts that represent what you tested
circle graphs add up to 100% , bar and line graphs don't