So with that data we can say 88% of 9 of his shots will go in. That number is probably going to be a decimal so we'll round up. 0.88 x 9 = 7.92. You can't make a hundredth of a free throw shot so let's round up to 8 a whole number. The theoretical probability that Paul will make his next nine shots is 8/9.
Answer:
This seems more like an answer then a question, did you perhaps mean to put this on someone elses question?
Step-by-step explanation:
Answer:
Follows are the solution to this question:
Step-by-step explanation:
In this question, some of the data is missing, that's why this question can be defined as follows:
It Includes an objective feature coefficient, its sensitivity ratio is the ratio for values on which the current ideal approach will remain optimal.
When there is Just one perfect solution(optimal solution) then the equation is:

When there are Several perfect solutions then the equation is:

When there is also no solution, since it is unlikely then the equation is:

When there is no best solution since it is unbounded then the equation is:

Is there an article or a text that you have to do this off of??