vince makes 75% of his free throw attempts. he wants to create a tool that will simulate his free throw…

vince makes 75% of his free throw attempts. he wants to create a tool that will simulate his free throw shooting and allow him to predict the probability that he will make 6 of his next 7 free throw attempts. which spinner simulation uses an appropriate device and has the correct number of trials? a spinner divided into 2 congruent sectors, spun 6 times a spinner divided into 2 congruent sectors, spun 7 times a spinner divided into 4 congruent sectors, spun 6 times a spinner divided into 4 congruent sectors, spun 7 times

vince makes 75% of his free throw attempts. he wants to create a tool that will simulate his free throw shooting and allow him to predict the probability that he will make 6 of his next 7 free throw attempts. which spinner simulation uses an appropriate device and has the correct number of trials? a spinner divided into 2 congruent sectors, spun 6 times a spinner divided into 2 congruent sectors, spun 7 times a spinner divided into 4 congruent sectors, spun 6 times a spinner divided into 4 congruent sectors, spun 7 times

Answer

Explanation:

Step1: Analyze success - rate representation

Vince makes 75% of his free - throw attempts. A spinner divided into 4 congruent sectors can represent this, where 3 out of 4 sectors can represent a made free - throw (75% = $\frac{3}{4}$).

Step2: Determine number of trials

He wants to predict the probability of making 6 out of 7 free - throw attempts. So, the number of trials should be 7.

Answer:

a spinner divided into 4 congruent sectors, spun 7 times