Answer :
To solve this problem, let's carefully identify the parameters [tex]$p$[/tex] and [tex]$n$[/tex] within the context provided.
1. Determine the probability of success [tex]$p$[/tex]:
- In this scenario, a "success" is defined as the pitcher throwing a strike.
- The given probability that the pitcher throws a strike is 0.579.
2. Determine the number of trials [tex]$n$[/tex]:
- Here, the pitcher makes a total of 27 pitches.
- The number of trials [tex]$n$[/tex] is therefore 27.
Thus, based on the information provided, we conclude that:
- The probability of success ([tex]$p$[/tex]) is 0.579.
- The number of trials ([tex]$n$[/tex]) is 27.
The correct parameters are:
[tex]$p=0.579, n=27$[/tex]
1. Determine the probability of success [tex]$p$[/tex]:
- In this scenario, a "success" is defined as the pitcher throwing a strike.
- The given probability that the pitcher throws a strike is 0.579.
2. Determine the number of trials [tex]$n$[/tex]:
- Here, the pitcher makes a total of 27 pitches.
- The number of trials [tex]$n$[/tex] is therefore 27.
Thus, based on the information provided, we conclude that:
- The probability of success ([tex]$p$[/tex]) is 0.579.
- The number of trials ([tex]$n$[/tex]) is 27.
The correct parameters are:
[tex]$p=0.579, n=27$[/tex]