The best way to make graphs that are easy to interpret is using a suitable scale.
use descriptive axis labels and legends.
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descriptive axis labels and legends
It depends on the experiment. You could use any graph that would best represent the data that you have gathered from your experiment. bar graphs, line plots, and line graphs are just a few examples.
Which method of sharing data best enables others to quickly see trends in the data?taking photographs of subjectsrecording observations in tableswriting descriptions of observationsmaking graphs of quantitative results
an educated guess about the results of certain events or actions
no its theory
that's easy... there are 2 choices you can use a line graph or a histograph
use descriptive axis labels and legends. <><><><><><><><><><><><><><>
use descriptive axis labels and legends. <><><><><><><><><><><><><><>
use descriptive axis labels and legends. <><><><><><><><><><><><><><>
Descriptive axis labels and legends
descriptive axis labels and legends
descriptive axis labels and legends
descriptive axis labels and legends
circle graphs
line graphs are usually the most best way to present data. sometimes i use pie graphs or bar graphs, but usually line graphs are the most meaningful.
Pie graphs are ideal for showing proportion. For example, if you have a budget, and a certain amount of money going towards various different things you might make a pie graph of this information. The pie graph would give an easy representation of which expenditures (slices) are biggest, and which are less significant. Whenever you have a known amount of something, split up into different proportions, the pie graph is the best graph for demonstrating those proportions.
Line graphs are the best graphs in order to display differences in data over time because the trends (if any) are easy to point out, as opposed to a bar graph, which deals with categorical data, or a pie chart, which deals with relative frequency.
Some people find it easier to interpret information when it is presented in graphical form. Sometimes, they only want the highlights and are not overly interested in the details. It is usually easier to identify the largest slice of a pie chart or the tallest bar in a bar chart than from a table of data. In some cases it can be easy to make a good guess at a line of best fit for a scatter plot than do that from a table of figures - particularly if the data are not ordered according to one of the variables.