### How to Find Relative Frequency? Formula & Example

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How to find relative frequency? In statistics, relative frequency is a measure of how often a particular event occurs within a given population. It is calculated by dividing the number of times the event occurs by the total number of observations in the population. This gives you a percentage that can be used to compare different events.

For example, if you wanted to know which type of candy was most popular among trick-or-treaters, you could calculate the relative frequency of each type of candy. This would tell you that chocolate was the most popular type of candy, as it accounted for 42% of all candy given out.

To figure the relative frequency two things must be known:

Number of total events/trials

Frequency count for a category/subgroup

Relative Frequency = subgroup frequency/ total frequency

**What is a Relative frequency distribution?**

There are many types of frequency distributions, but one of the most commonly used is the relative frequency distribution. This type of distribution takes into account the percentage or proportion of times a particular event occurs.

For example, if you wanted to know the likelihood of drawing a black ace from a deck of cards, you would use a relative frequency distribution. In this case, the event would be drawing a black ace. The proportion would be 1/52 since there are 52 cards in a deck and only one black ace.

**How to Make a Relative Frequency Table?**

A relative frequency table is a table that shows how often each number occurs in a set of data. To make a relative frequency table, you first need to calculate the frequency of each number in the data set. Then, you can create a table with the frequencies on the x-axis and the numbers on the y-axis.

To create a relative frequency table, you first need to calculate the frequency of each number in the data set. This can be done by dividing the number of times that number appears in the data set by the total number of data points. For example, if there are 10 data points and 8 of them are 5, then the frequency of 5 is 8/10 or 0.8.

You can then create a table with the frequencies on the x-axis and the numbers on their y-axis.

**Cumulative Relative Frequency**

In statistics, cumulative relative frequency (CRF) is the number of times an event has occurred divided by the total number of possible outcomes.

This measure is often used in conjunction with probability to help assess how likely an event is to occur. The cumulative relative frequency can be graphed over time or space to help visualize the data.

**How to Find the Cumulative Frequency?**

The Cumulative Frequency is the total number of occurrences of a data value or set of data values within a given range. It can be found by adding together the frequencies of all the data values within the given range. To find the Cumulative Frequency for a set of data, first determine the frequency of each data value. Then, add together all of the frequencies to get the Cumulative Frequency.

There are several ways to find Cumulative Frequency. One way is to use a calculator or computer software. Another way is to use a table or graph. The table below shows how to find the Cumulative Frequency using a table and graph.

The first step is to create a table with two columns: Data Value and Frequency. The Data Value column should list all of the data values in order from smallest to largest.

**What is the Difference Between Probability & Relative Frequency?**

In statistics, there is a distinction between probability and relative frequency. Probability is a numerical estimation of the likelihood that an event will take place. Relative frequency is a measure of how often an event occurs in comparison to the number of opportunities for that event to occur.

For example, consider the experiment of flipping a coin. The probability that heads will come up is 1/2 because there are two possible outcomes and heads are one of them. However, the relative frequency of heads would be 1/4, because out of four flips, one would be expected to result in heads.

Another example is the experiment of drawing a card from a deck of cards. The probability that the card will be an ace is 1/4 because there are four suits and only one ace in each suit.