A spinner has five equal sections that are red, blue, green, yellow, and orange. In 50 trials, the spinner stopped on the orange section 24% of the time. Which is most likely to happen in 500 spins?
Theoretically, all of them must be equal.
Experimentally, 24% of 500.
so it is biased
A spinner has five EQUAL sections that are red, blue, green, yellow, and orange.
law of large numbers : as trials increase, the proportion of an outcome approaches the probability of that particular outcome
@openstudier: not biased; just not enough trials.
though if we are only predicting, we must predict that all of them are equally probable.
In 50 trials it can be likely to see 24% for orange, but in 500 trials it is more likely to see xx% of oragne - cuz xx% is its probability
xx = probability for orange
okay so here are the possible answers A spinner has five equal sections that are red, blue, green, yellow, and orange. In 50 trials, the spinner stopped on the orange section 24% of the time. Which is most likely to happen in 500 spins? A. The percent of orange outcomes will be exactly 20%. B. The percent of orange outcomes will be exactly 24%. C. The percent of orange outcomes will approach 20%. D. The percent of orange outcomes will approach 24%.
You can look it in different perspectives even if it was 50 trials it should be 20% theorotically
just what ganeshie8 said.^
it will approach P(orange spinner) if things go right.
C
|dw:1395989584888:dw|
Join our real-time social learning platform and learn together with your friends!