Bowling Average Formula in cricket is a great way to compare the performance of two bowlers. One can use this formula to see the number of runs the players have conceded for each wicket taken. “Runs Conceded” refers to how many runs a bowler has given, whereas “Wickets Taken” refers to how many wickets the bowler has taken.
Bowling Average is a part of bowling statistics and a significant way to determine the efficiency of a bowler. In this article, we will discuss the bowling average formula, what it indicates, how to calculate it, and other related aspects!
What is Bowling Average Formula?
Bowling Average is the number of runs a player has conceded per wicket taken. If the bowling average is less, the player is performing better.
The bowling average is generally used to compare bowlers and evaluate their performance. Also, a player who is yet to take any wickets will not have a bowling average.
How to Calculate Bowling Average in Cricket?
To calculate the bowling average of a player, divide the total number of runs conceded by the player by the number of wickets taken.
For Example,
If a bowler has conceded 75 runs and has taken 7 wickets, then:
Bowling Average = 75/7 = 10.714
Therefore, the player’s bowling average is 10.7
How is Bowling Average Different From Bowling Strike Rate and Bowling Economy Rate?
Bowling Average, Bowling Strike Rate, and Economy Rate – All these are part of cricket statistics and are commonly used to analyze the performance of a bowler.
Continue reading to learn how Bowling Averages, Strike-Rates, and Economy-Rates are calculated in cricket.
- Bowling Average – Divide the total number of runs conceded by the player by the number of wickets taken to get the bowling average. If a player has conceded 100 runs and has taken 9 wickets, then Bowling Average for the player is 100/9=11.111
- Bowling Strike Rate – Bowling Strike Rate is the number of balls bowled per wicket. It is an efficient metric for all cricket matches, especially test matches. Also, a lower strike rate means the bowler has collected wickets frequently. If a bowler picks 4 Wickets and bowls 50 balls in a match, then the bowling strike rate is 50/4=12.4.
- Economy Rate – Divide the number of runs conceded by the player by the number of overs the player bowled to get the economy rate. A lower economy rate is indicative of a better bowler. If a player conceded 40 runs in 10 overs, then the economy rate will be 40/10=4.00
What is a Good Bowling Average Score?
The bowling average of a bowler usually varies between 20 and 50. Have a look at the bowling average values below:
- Below 20: Extraordinary
- 20 to 25: Noteworthy bowling skills
- 25 to 30: Good bowling skills
- 30 to 35: A bowler with average bowling skills
- 35 to 40: Room to improve a lot
- Above 40: Not so great
Top Bowlers with Their Bowling Averages in Cricket History
The bowling average is a key metric in all forms of cricket, from IPL matches to Test cricket and one-day internationals. It’s an essential indicator of a bowler’s performance.
In IPL matches, a bowler’s average can help teams decide when to bring them on and off the field.
In Test cricket, a bowler’s average helps teams decide which bowlers to deploy in different situations.
And in one-day internationals, a bowler’s average can help teams determine which bowlers are the most economical. A good bowling average is essential for all bowlers in all formats of cricket.
As discussed earlier, Bowling Average is an effective way to measure the quality of a bowler’s performance. Let’s look at the top bowlers in Test Cricket history, One-Day Internationals, T20 Internationals, and First Class Cricket with their bowling averages.
Test Cricket:
| Player Name | Bowling Average |
| George Lohmann | 10.75 |
| Kylie Jamieson (New Zealand) | 17.30 |
| Pat Cummins (Australia) | 21.19 |
| Hasan Ali (Pakistan) | 21.59 |
| Kagiso Rabada (South Africa) | 22.43 |
| Jasprit Bumrah (India) | 22.85 |
One Day Internationals:
| Player Name | Bowling Average |
| Sandeep Lamichhane | 15.57 |
T20 International:
| Player Name | Bowling Average |
| George O’Brien | 8.20 |
| Andre Botha | 8.76 |
Why is Bowling Average Important in cricket?
When it comes to bowling in cricket, a key statistic to consider is the bowling average. It’s an essential measure of a bowler’s performance and provides a good indication of their skill level and effectiveness at taking wickets.
A low bowling average suggests that the bowler can take wickets consistently and control the run flow. It helps teams pick the best players. Any player we watch on TV was selected by the team based on his bowling average.
On the other hand, a high bowling average usually implies that the bowler is not as effective at taking wickets and is more prone to giving away runs.
Therefore, the bowling average is a useful measure of a bowler’s performance and is key to assessing their efficiency and effectiveness at taking wickets.
Wrapping Up: Bowling Average Formula
The bowling average in cricket is an important statistic, as it can help determine the success of a bowler. On average, a bowler’s performance is good if their bowling average is below 25.00.
A bowler’s average can be affected by several factors, including the type of delivery, the quality of the pitch, the weather conditions, and the quality of the opposition. In conclusion, the bowling average is vital for any bowler and should monitor to maximize performance!
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Even for enjoying an IPL match, you may read this Bowling Average formula. You may read about IPL Betting Tips.
Frequently Asked Questions for Bowling Average Formula
- How to Calculate the Bowling Average?
To determine the Bowling Average, divide the total number of runs conceded by the player by the number of wickets taken.
- What is a Good Bowling Average?
The bowling average below 25 is excellent.
- Who Has the Best Bowling Average in Test Cricket?
George Lohmann has the best bowling average, i.e., 10.75, in test cricket history.
