**A cricket bowling average calculator is a tool that helps calculate a bowler’s average runs conceded per wicket taken in cricket matches.**

It provides a numerical representation of a bowler’s performance, allowing for easy comparison and analysis.

This calculator streamlines the process of computing a bowler’s average by automating the calculations based on the provided data.

## Bowling Average Calculator

**Example 1:** Let’s say a bowler named John has bowled in 5 matches and taken the following wickets while conceding these runs:

Match 1: 4 wickets for 65 runs Match 2: 2 wickets for 40 runs Match 3: 3 wickets for 55 runs Match 4: 1 wicket for 25 runs Match 5: 5 wickets for 70 runs

To calculate John’s bowling average, we sum up the total runs conceded and total wickets taken across all 5 matches:

Total Runs Conceded = 65 + 40 + 55 + 25 + 70 = 255 runs Total Wickets Taken = 4 + 2 + 3 + 1 + 5 = 15 wickets

Then, we apply the formula:

```
Bowling Average = Total Runs Conceded / Total Wickets Taken
= 255 / 15
= 17.0
```

Therefore, John’s bowling average across these 5 matches is 17.0, meaning he conceded an average of 17 runs per wicket taken.

*How Cricket Bowling Average is Calculated?*

The bowling average is calculated by dividing the total number of runs conceded by a bowler by the number of wickets they have taken. The formula for calculating the bowling average is as follows:

```
Bowling Average = Total Runs Conceded / Total Wickets Taken
```

To compute the bowling average, you need to input the following data:

**Total Runs Conceded**: The cumulative number of runs scored by the batting team while the bowler was bowling.**Total Wickets Taken**: The total number of wickets (batters dismissed) taken by the bowler.

The calculator takes these two values and performs the division to provide the bowling average.

**Example 2:** Let’s consider another bowler, Emily, who has played 8 matches and taken the following wickets while conceding these runs:

Match 1: 3 wickets for 40 runs Match 2: 2 wickets for 35 runs Match 3: 4 wickets for 60 runs Match 4: 1 wicket for 20 runs Match 5: 5 wickets for 75 runs Match 6: 2 wickets for 45 runs Match 7: 3 wickets for 50 runs Match 8: 4 wickets for 65 runs

To calculate Emily’s bowling average, we sum up the total runs conceded and total wickets taken across all 8 matches:

Total Runs Conceded = 40 + 35 + 60 + 20 + 75 + 45 + 50 + 65 = 390 runs Total Wickets Taken = 3 + 2 + 4 + 1 + 5 + 2 + 3 + 4 = 24 wickets

Then, we apply the formula:

```
Bowling Average = Total Runs Conceded / Total Wickets Taken
= 390 / 24
= 16.25
```

Therefore, Emily’s bowling average across these 8 matches is 16.25, meaning she conceded an average of 16.25 runs per wicket taken.

## What is Bowling Average in Cricket?

In cricket, the **bowling average** is a statistic that measures a bowler’s effectiveness and consistency. A *lower bowling average* is considered better, as it indicates that the bowler concedes fewer runs per wicket taken. Conversely, a *higher bowling average* suggests that the bowler tends to concede more runs for each wicket they claim.

The bowling average is widely used to evaluate and compare the performances of bowlers across different matches, tournaments, and even entire careers. It provides a quantitative measure of a bowler’s ability to restrict the scoring of batters while taking wickets consistently.

## Cricket Bowling Average Calculation Formula

The **formula** for calculating a bowler’s cricket bowling average is:

```
Bowling Average = Total Runs Conceded / Total Wickets Taken
```

Here’s an example to illustrate the calculation:

Let’s assume a bowler has conceded **450 runs** and taken **20 wickets** in a series of matches. To find their bowling average, we apply the formula:

```
Bowling Average = 450 / 20 = 22.5
```

Therefore, the bowler’s bowling average for the given series is *22.5*, meaning they conceded an average of 22.5 runs per wicket taken.

**Bowling average is typically calculated over a specific period, such as a match, series, or an entire career, allowing for a more comprehensive evaluation of a bowler’s performance.**

**Also See: – Test Cricket Follow on Calculator**

## What is Economy Rate/Economy Average?

The economy rate (or economy average) is a statistic that measures the number of runs a bowler concedes per over bowled. It provides an indication of how economical or expensive a bowler has been in terms of runs conceded.

**Economy Rate Calculation Formula:** The formula to calculate the economy rate is:

```
Economy Rate = Total Runs Conceded / Total Overs Bowled
```

Here’s how to calculate it:

**Total Runs Conceded:**Determine the total number of runs conceded by the bowler in the match(es) or innings you are considering.**Total Overs Bowled:**Calculate the total number of overs the bowler has bowled in the match(es) or innings. Note that a partial over is counted as a full over for this calculation.**Apply the Formula:**Divide the total runs conceded by the total overs bowled.

```
Economy Rate = Total Runs Conceded / Total Overs Bowled
```

For example, if a bowler conceded 45 runs in 10 overs bowled, their economy rate would be:

```
Economy Rate = 45 runs / 10 overs
= 4.5 runs per over
```

The economy rate is typically expressed in runs per over, with lower values indicating a more economical bowling performance.

**Importance of Economy Rate:** The economy rate is a useful statistic for evaluating a bowler’s ability to restrict the flow of runs. It complements the bowling average, which measures the number of runs conceded per wicket taken. Together, these two statistics provide a comprehensive assessment of a bowler’s performance.

A **lower economy rate** is generally desirable, as it indicates that the bowler is effectively limiting the scoring opportunities for the batting team. However, it should be considered alongside other factors, such as the match situation, pitch conditions, and the bowler’s role (e.g., containing runs or taking wickets).

**Also See: – Duckworth Lewis Calculator**