Yes. If the sample is a random drawing from the population, then as the size increases, the relative frequency of each interval from the sample should be a better estimate of the relative frequency in the population. Now, in practical terms, increasing a small sample will have a larger effect than increasing a large sample. For example, increasing a sample from 10 to 100 will have a larger effect than increasing a sample from 1000 to 10,000. The one exception to this, that I can think of, is if the focus of the study is on a very rare occurrence.
It is a table which shows a set of values that some variable takes and the number of times that it takes those values.
histogram
A bar chart is a graphical representation of data. A frequency table is a table of numbers, which breaks numbers into various groups, based on how often values occurs within ranges.
Raw data comprises information about variables, which is collected as part of a statistical experiment. A frequency table is a table which gives the counts of these observations according the values or categories of these data.
hi my name is Emma
It is a table which shows a set of values that some variable takes and the number of times that it takes those values.
histogram
A bar chart is a graphical representation of data. A frequency table is a table of numbers, which breaks numbers into various groups, based on how often values occurs within ranges.
Raw data comprises information about variables, which is collected as part of a statistical experiment. A frequency table is a table which gives the counts of these observations according the values or categories of these data.
true
hi my name is Emma
A Gaussian distribution has the mean at the highest value. Sum all the values and divide by the number of values. * * * * * A very partial answer and one that does not address the question which was in the context of a frequency distribution table. If the frequencies are for grouped data, replace the range of each group by its midpoint. This, then, comprises the set of values, x, for the random variable. For each x there is an associated frequency, f. Multiply each x by its frequency and add these together. Divide the answer by the sum of the f values. That is the mean.
the table
It is a table that summarises data for a number of observations on a variable. For each value (or range of values) that the variable takes the table shows the number of instances in which the variable took that value.
parts of frequency table
First, you need a frequency table.
General rules of constructing Frequency table General rules of constructing Frequency table