7.SP.6_11_28_12_formatted
... experiment can be used to estimate the probability of an event. Relating the results of an experiment to the theoretical relative frequency of an event is how to create a conjecture. To estimate the long-run relative frequency of an event you need the probability of the event. Relative frequen ...
... experiment can be used to estimate the probability of an event. Relating the results of an experiment to the theoretical relative frequency of an event is how to create a conjecture. To estimate the long-run relative frequency of an event you need the probability of the event. Relative frequen ...
Probability
... X Bin(n,p) where n is the number of independent trials and p is the probability of a successful outcome in one trial n and p are called the parameters of the distribution. Sometimes, we will use b(x; n,p) to represent the probability function when XBin(n,p). i.e. b(x; n,p) = P(X = x) = C xn q n ...
... X Bin(n,p) where n is the number of independent trials and p is the probability of a successful outcome in one trial n and p are called the parameters of the distribution. Sometimes, we will use b(x; n,p) to represent the probability function when XBin(n,p). i.e. b(x; n,p) = P(X = x) = C xn q n ...
Document
... occurrence of one does not affect the probability of the occurrence of the other. (Several events are similarly independent if the occurrence of any does not affect the probabilities of the occurrence of the others.) If A and B are not independent, they are said to be dependent. ...
... occurrence of one does not affect the probability of the occurrence of the other. (Several events are similarly independent if the occurrence of any does not affect the probabilities of the occurrence of the others.) If A and B are not independent, they are said to be dependent. ...
Unit 4 Review Packet
... c. What is the probability that the first two customers both get a 50% discount? d. What is the probability that none of the first three customers gets more than a 30% discount? e. What is the probability that the first customer to win a 30% discount is the sixth customer that enters the store? f. W ...
... c. What is the probability that the first two customers both get a 50% discount? d. What is the probability that none of the first three customers gets more than a 30% discount? e. What is the probability that the first customer to win a 30% discount is the sixth customer that enters the store? f. W ...
