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No. Four of the data elements must be identical.

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0No

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0How did you get that answer?

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you use it to compare 2 different sets of data

You can use different colors or symbols to differentiate between the different plots.

no. Some mean is a number from the data but some mean is completely different from its data.

Dot plots represent the values of a data-set which is classified according to two variables.

65,69,70,71,70,68,69,67,70,68,72,71,69,74,70,73,71,67,69,70 find the range of data

XML is a data formatting standard. Java is a programming language. They are completely different tools used to solve completely different problems.

Shows Frequency In A Set Of Data With X's.

The data range must fit within the range of the axis.The data range must fit within the range of the axis.The data range must fit within the range of the axis.The data range must fit within the range of the axis.

Data gathered i n two different samples such as the sample data drawn from one population is completely unrelated to the section of sample data,

I think line plots are used to collect a numerous of data.

Compare the shape,center,and spread of the data in the box plots with the data for stores A and B in the two box plots in example 2.

the difference of greatest data value minus least data value = data range

to show the relationship between 2 sets of data

You can determine differences in:the median, a measure of central tendency;the inter quartile range (IQR). This is a measure of the spread of data around the median;skewness;number of outliers.

It is a useful scheme to summarise data. It provides information on the central tendency (median) and a measure of spread (inter-quartile range). The total range is also indicated and outliers are separately identified. The location of the median within the IQR "box" provides an indication of the skewness of the data.

Yes because they organize data in a way that somebody can read it.

Line Graphs: have lines connecting each graphed data. Line Plots: have Xs for each time the value is repeated.

When there is a large number of numbers in a collection of data, it becomesimportantto organize the data in a meaningful way to make analysis easier. ...Organizing data in stem-and-leaf plots, double bar graphs, frequency tables, histograms, line plots, and line graphs makes data easier to understand and to use

it is simply another way to plot data and look at the distribution. It is similar to a histogram except the leaves are horizontal instead of vertical. The advantage is in a stem and leaf plot you have listed all the values, unlike a histogram which gives you a range of values the data fall into.

Range is the biggest number in a set of data subtracted by the smallest number in that set of data.

You subtract the smallest data point from the largest data point in the set. The result is the range.

Both plots are ways of visualizing data. Both are used in statistical analyses. But I would say they are not very alike. Histograms show the relative or absolute frequency of data in specified (usually equal) intervals. The range of values in a single data set can be seen on a histogram. A box shows how the median and range of various datasets vary over time (or some other variable).

Parallel box and whisker plots are regular box and whisker plots, but drawn "one-above-the other" on the piece of paper. To enable to do this easily, draw an x-axis which is big enough for the largest value in the data, and small enough for the smallest value in the data (in the entire collection of data). Plot each box-and-whisker diagram below each other.

The y-axis.

it is simply another way to plot data and look at the distribution. It is similar to a histogram except the leaves are horizontal instead of vertical. The advantage is in a stem and leaf plot you have listed all the values, unlike a histogram which gives you a range of values the data fall into.