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What else can I help you with?
What is a graph that is used to compare parts of a whole?
A pie chart or a percentage-stacked bar.
Graph that shows parts of a whole?
A pie graph shows parts of a whole
What kind of graph show the parts of a whole?
Pie graph
What graph shows how the whole of something is divided into parts?
A pie graph shows how the whole is divided into parts.
What kind of graph can you use that shows fractional parts?
pie graph
Which type of graph is the best display of the percentage of the parts composing a whole?
A circle graph
The type of graph that shows data as parts or percentage of a whole is called?
pie graph
Information collected by counting can best display on a?
A bar graph is information that is collected by counting can be displayed on this graph. A pie graph is a graph that shows information as parts of a circle
What is a graph that is used to compare parts of a whole?
A pie chart or a percentage-stacked bar.
What is the best type of graph to use to display proportional or percentage?
A pie chart is often the best choice for displaying proportional or percentage data, as it shows the relationship of parts to a whole. It allows viewers to easily compare the sizes of different categories based on their percentages.
Which graph compares parts to a whole?
A percentage stacked-bar chart or a pie chart are two common ways.
What are the parts of a pie graph?
1. whole 2. halves 3. quarters 4. eighths 5: sixteenths ( these are from largest to smallest ) In a pie graph, there is an amount, which shows the percentage.
Graph that shows parts of a whole?
A pie graph shows parts of a whole
A graph that uses sectors of a circle to compare parts to the whole and parts to other parts?
it is a circle graph
What are the five parts of a graph?
the five graph is line graph,bar graph,pictograph,pie graph and coin graph
What is a graph that shows the parts of a whole?
pie graph
Why scope frequency is always greater then signal frequency in the oscilloscope?
In the course of sampling a signal to graph the parts of a repeating event on the display, the sampling must be done faster than the event you want to graph. If the sampling is done slower than the event then you will be displaying several parts of the event in a single dot on the display, highly inaccurate. The signal sampling must be done fast enough to display the event in enough detail. The higher you set the scope frequency, the wider the event appears on the display, possibly losing the sides of the event if you go too high.
