A game spinner is divided into 5 congruent sections and labeled, as shown below.
The arrow will be spun 100 times. Which of the following is most likely the number of times the arrow will stop on the section labeled “lose a turn”?

The spinner has a total of 5 equally sized sections. This means that each possible outcome has an equal probability of 1/5 (0.20 in decimal form) that the spinner lands on it. Therefore, to calculate the number of times that the spinner would most likely land on "lose a turn", we need to multiply the probability that we just mentioned by the number of times the spinner will be spun...

0.20 * 100 = 20 times

Finally, we can see that the spinner will most likely land on "lose a turn" 20 times in 100 spins.

A game spinner is divided into 5 congruent sections and labeled, as shown below. The arrow will be spun 100 times. Which of the following is most likely the number of times the arrow will stop on the section labeled “lose a turn”?

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A game spinner is divided into 5 congruent sections and labeled, as shown below.
The arrow will be spun 100 times. Which of the following is most likely the number of times the arrow will stop on the section labeled “lose a turn”?