Answer:
Relative frequency is defined as the number of "desired" results divided by the total number of possible results. Experimental probability is defined the same way. This means that the first choice is best, the experimental probability and relative frequency are the same.
The theoretical probability, on the other hand, would be 0.5, or 300/600, which is larger than the experimental probability.
Step-by-step explanation:
The complete statements looks like:
The relative frequency of rolling an odd number is B Greater than the theoretical probability.
The theoretical probability is B 0.5
and the relative frequency is C 59%.
Theoretical probability is the ratio of favorable outcomes to the total number of outcomes.
Experimental probability or empirical probability or relative frequency is based on a particular experiment using the same formula.
We are given a six-sided number cube.
The Theoretical Probability that the number shown is odd =
Number of odd outcomes {1, 3, 5}/ Total number of outcomes {1, 2, 3, 4, 5, 6}
= 3/6 = 0.5 or 50%
The relative frequency that the number shown is odd =
The number of times odd was shown up in the experiment/ Number of times the experiment was performed
= 354/600 = 0.59 or 59%.
Now we can complete the statements:
The relative frequency of rolling an odd number is B Greater than the theoretical probability.
The theoretical probability is B 0.5
and the relative frequency is C 59%.
Learn more about the Theoretical and Experimental Probability at
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