If they conceded 534 runs while taking 20 wickets, then they conceded 26.7 runs per wicket. So their RpW ratio = 38.214 ÷ 26.7 = 1.431. The RpW ratio for their opponent (New Zealand) is the inverse of this: 26.7 ÷ 38.214 = 0.699.
Bowling strike rate is a measure of how frequently a bowler achieves the primary goal of bowling, namely taking wickets. Bowling strike rate is defined for a bowler as the average number of balls bowled per wicket taken. The lower the strike rate, the more effective a bowler is at taking wickets quickly.
Sri Lankan spinner Muttiah Muralitharan is the leading wicket-taker in Test cricket history. He picked up a record 800 wickets in 133 Test matches at an average of 22.72 and a strike rate of 55.
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Formula to calculate Bowling Strike-Rate: If a bowler picks 5 Wickets in a match and bowled 60 balls, his bowling strike rate is 12. Real-time Example: Muttiah Muralitharan picked 800 Wickets in 7339.5 Overs, he bowled in his test career. i.e. 44,039 balls in his Test career. So his Test Bowling strike-rate –> 44039/800 –>> 55.05
Name: MT (inn) Wickets: BBI : Average : Strike Rate: Eco: 4WI: 5WI: Shahid Afridi: 34 (34) 39: 4/11: 23.25: 100: 6.71: 2: 0: Lasith Malinga: 31 (31) 38: 5/31: 20.07 ...
We then multiply this figure by 100 to get the final number, which is 86.24. To calculate the strike ...
Run rate does not depend on wickets. In cricket, run rate of a team is of two types: Required Run Rate : This is the run rate required by a team (the team batting second ) to achieve the target set by the opposition. Eg: Suppose team A bats first in an ODI and post a total score of 249 runs. Team B then needs to score 250 runs to win the match.