use the spinner to determine who will order first. use the interactive spinner to model who among elisondra…

use the spinner to determine who will order first. use the interactive spinner to model who among elisondra and her three friends will order first. then answer the questions. what is the theoretical probability of the spinner landing on elisondras section? spin the spinner. who orders first? spin

use the spinner to determine who will order first. use the interactive spinner to model who among elisondra and her three friends will order first. then answer the questions. what is the theoretical probability of the spinner landing on elisondras section? spin the spinner. who orders first? spin

Answer

Explanation:

Step1: Identify total number of people

There are 4 people (Elisondra and her 3 friends).

Step2: Calculate probability

The theoretical probability of the spinner landing on Elisondra's section is the number of favorable outcomes (1, which is Elisondra) divided by the total number of outcomes (4). So the probability is $\frac{1}{4}$. For the second - part about who orders first, it is random and depends on the actual spin of the spinner, so we cannot determine a fixed answer in a theoretical way.

Answer:

The theoretical probability of the spinner landing on Elisondra's section: $\frac{1}{4}$ Who orders first: Cannot be determined theoretically as it depends on the actual spin.