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Which of these contexts describes a situation that is impossible?
Rolling an 8 on a standard six-sided die, numbered from 1 to 6 .
Spinning a spinner divided into four equal-sized sections colored red/green/yellow/blue and landing on red or yellow or green or blue.
Winning a raffle that sold a total of 100 tickets if you bought all the tickets.
Reaching into a bag full of 15 strawberry chews and 5 cherry chews without looking and pulling out a strawberry chew.

Which of these contexts describes a situation that is impossible? $\newline$ Rolling an $8$ on a standard six-sided die, numbered from $1$ to $6$ . $\newline$ Spinning a spinner divided into four equal-sized sections colored red/green/yellow/blue and landing on red or yellow or green or blue. $\newline$ Winning a raffle that sold a total of $100$ tickets if you bought all the tickets. $\newline$ Reaching into a bag full of $15$ strawberry chews and $5$ cherry chews without looking and pulling out a strawberry chew.

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Interpret confidence intervals for population means

Full solution

Q. Which of these contexts describes a situation that is impossible?

\newline

Rolling an

8

on a standard six-sided die, numbered from

1

to

6

.

\newline

Spinning a spinner divided into four equal-sized sections colored red/green/yellow/blue and landing on red or yellow or green or blue.

\newline

Winning a raffle that sold a total of

100

tickets if you bought all the tickets.

\newline

Reaching into a bag full of

15

strawberry chews and

5

cherry chews without looking and pulling out a strawberry chew.

Analyze Situations: Let's analyze each situation one by one to determine if it's possible or impossible.
Rolling an $8$ : First, we consider rolling an $8$ on a standard six-sided die, numbered from $1$ to $6$ . Since a standard die only has numbers $1$ through $6$ , it is impossible to roll an $8$ .
Spinning a Spinner: Next, we look at spinning a spinner divided into four equal-sized sections colored red, green, yellow, and blue, and landing on one of these colors. Since all $4$ colors are present on the spinner, it is possible to land on any of the colors mentioned.
Winning a Raffle: Then, we consider winning a raffle that sold a total of $100$ tickets if you bought all the tickets. If you have purchased all the tickets, you are guaranteed to win, so this is possible.
Reaching into a Bag: Finally, we evaluate the situation of reaching into a bag full of $15$ strawberry chews and $5$ cherry chews without looking and pulling out a strawberry chew. Since there are strawberry chews in the bag, it is possible to pull one out.

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Michael surveyed

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Is this sample of citizens of the state likely to be biased?

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1

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40 \%

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14.501

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1

\newline

4

visual artists and

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\newline

8

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0

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