What could be predicted if elisondra and her friends use the spinner to decide who orders first during 40 visits? check all that apply.
a. a different person will order first every time.
b. elisondra will order first approximately 10 times.
c. diya will order first exactly 20 times.
d. the spinner will land on elisondra’s section 40 times.
e. each person will order first approximately the same number of times.

Missing Problem Statement:
Elisondra is eating at a restaurant with three friends. They want to choose at random who will order first. If you model the situation with the spinner, how many equal-sized sections should the spinner have?
What is the theoretical probability of the spinner landing on Elisondra's section?

Answer:
b. Elisondra will order first approximately 10 times.
e. Each person will order first approximately the same number of times.

Explanation:
Since Elisondra is with her 3 friends, so we have a total of 4 people.
So the spinner should have 4 equal sized sections
Theoretical Probability of spinner landing on Elisondra's section = 1/4.
In the given statement:
Spinner is used to decide who orders first during 40 visits.
The options that apply are:
B) Elisondra will order first approximately 10 times. As:
Theoretical Probability of spinner landing on Elisondra's section in 1 spin = 1/4.
Theoretical Probability of spinner landing on Elisondra's section in 40 spins = 40/4=10 times.
E) Each person will order first approximately the same number of times, as probability of any person ordering first is 1/4 in 1 spin.
Option (A), (C) and (D) do not apply as it is not possible.

10 will be the number of adult tickets and 11 will be the number of children tickets. i hope i could ! good luck : )