Sarah rolled a fair six-sided die 24 times. The table below shows the number of times each number was rolled
According to the results in the chart, what is the experimental probability of getting an even number on the die?
fraction 9 over 24
fraction 10 over 24
fraction 15 over 24
fraction 16 over 24
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OpenStudy (anonymous):
OpenStudy (anonymous):
@Algorithmic @manutd30 @holmes12 @dan815
OpenStudy (anonymous):
@dinosour1480
OpenStudy (anonymous):
@kingalex123
OpenStudy (anonymous):
@Barrelracer17
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OpenStudy (barrelracer17):
3/6
OpenStudy (anonymous):
thats not a answer choice
OpenStudy (barrelracer17):
what are the choices?
OpenStudy (anonymous):
fraction 9 over 24
fraction 10 over 24
fraction 15 over 24
fraction 16 over 24
OpenStudy (barrelracer17):
9 over 24 i do believe
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OpenStudy (anonymous):
thanks c:
OpenStudy (anonymous):
could i ask you one more question
OpenStudy (anonymous):
@Barrelracer17
OpenStudy (anonymous):
The probability that an event will occur is 1. Which of the following best describes the likelihood of the event occurring?
Likely
Certain
Unlikely
Impossible
OpenStudy (goldphenoix):
I believe it's 15/24. 2, 4 and 6 are even numbers. They appeared 15 times in total. So isn't the experimental probability of getting an even number 15/24?
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OpenStudy (anonymous):
yeah i see what you could mean
OpenStudy (goldphenoix):
1 appears 6 times out of 24. Therefore, the likelihood of the event occurring in simplest form is 1/4. I would choose unlikely because I would defined unlikely as a chance of less than half but more than 0. =)