select \spin\ to start the spinner. use the interactive spinner to simulate who among elisondra and her…

select \spin\ to start the spinner. use the interactive spinner to simulate who among elisondra and her three friends will order first during 40 restaurant visits. if the theoretical probability of sarah ordering first is 0.25, what is the experimental probability of sarah ordering first? experimental probability: p(sarah)=\\frac{observed frequency}{number of trials}= \n 0.20 \n 0.25 \n 0.35 \n 0.50

select \spin\ to start the spinner. use the interactive spinner to simulate who among elisondra and her three friends will order first during 40 restaurant visits. if the theoretical probability of sarah ordering first is 0.25, what is the experimental probability of sarah ordering first? experimental probability: p(sarah)=\\frac{observed frequency}{number of trials}= \n 0.20 \n 0.25 \n 0.35 \n 0.50

Answer

Explanation:

Step1: Identify observed frequency and number of trials

Observed frequency of Sarah ordering first is 0 (from the table), number of trials is 40.

Step2: Calculate experimental probability

$P(\text{Sarah})=\frac{\text{Observed frequency}}{\text{Number of trials}}=\frac{0}{40} = 0$

Answer:

0