3. A gene can be either type A or type B, and it can be either dominant orrecessive. Assume that P(A)=0.60. If the gene is type A, then there is a probability of0.31 that it is dominant. There is also a probability of 0.22 that it is dominant giventhat a gene is type B.a. What is the probability that a gene is dominant?b. What is the probability that a gene is type A given that it is dominant?

Answered: Image /qna-images/answer/c93d1f9c-7655-460f-86b3-c85d8f5de3cf.jpg

Answered: 3. A gene can be either type A or type…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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3. There is a 30% chance of rain today. If it does not rain today, there is a 20% chance of rain tomorrow. If it rains today, there is a 50% chance of rain tomorrow. What is the probability that it rains tomorrow?
There is a 50% chance that a father carries the gene of a certain disease. If he is a carrier, then each of his children has a 50% chance of having the disease independently. If the father is not a carrier, a child will not have the disease. Suppose the father has had three children without the disease. What is the probability the father is a carrier?
Composite blood testing is sometimes used to save costs. A Hepatitis-C composite blood test means that when several blood samples are mixed together and tested for Hepatitis- C. The probability of testing positive for Hepatitis-C in a certain population is 0.490. If 4 bloodsamples are mixed together, what is the probability that composite sample would be positive (in other words, what is the probability that at least one of the people in the group is positive for Hepatitis-C)?
In a shipment of 18 trucks to a local truck dealer, there are four trucks that don't have air conditioning. Assume that you select four trucks at random. What is the probability that two or fewer of the four don't have air conditioning?
The graduates at a southern university are shown in the table. Art & Science Education Business A E B Male, M Female, F Total O A. P(FIE) = 424 526 117 OC. P(FIE) = - 342 324 666 A student is selected at random from the graduating class. Find the probability that the student is female, given that an education degree is not received, P(FIE'). 373 424 102 526 682 144 826 Total *** 1448 570 2018 102 526 B. P(FIE)=- OD. P(FIE) = 324 666
Assume that 50 percent are of type A, 20 percent of type B, and 30 percent of type C. It is known that 20 percent of seeds of type A, 50 percent of type B, and 80 percent of type C have germinated. A seed is selected at random. If the seed has germinated, what is the probability that it is of type A?
Suppose there is a 11.9% probability that a randomly selected person aged 35 years or older is a jogger. In addition, there is a 15.9% probability that a randomly selected person aged 35 years or older is female, given that he or she jogs. What is the probability that a randomly selected person aged 35 years or older is female and jogs? Would it be unusual to randomly select a person aged 35 years or older who is female and jogs? The probability that a randomly selected person aged 35 years or older is female and jogs is (Round to three decimal places as needed.).
Individuals with B blood type are needed. Only 8% of German population are are B blood type. Imagine 18 people had donated blood. What is the probability that no more than 2 people out of the 18 individuals, have blood b type. a. 0.57 B. 0.17 c. 0.76 d. 0.83
On a certain pirate ship, there is a probability .3 that a randomly selected pirate will have scurvy. If a pirate has scurvy, there is a probability .8 the pirate will have an eye patch. Pirates without scurvy have an eye patch with probability .1. What is the probability that a randomly selected pirate has scurvy? That they have scurvy given they are wearing an eye patch? That they do not have an eyepatch given they have scurvy?
Suppose that 11% of a certain batch of calculators have a defective case, and that 12% have defective batteries. Also, 5% have both a defective case and defective batteries. A calculator is selected from the batch at random. Find the probability that the calculator has a good case and good batteries. The probability that the calculator has a good case and good batteries is (Type an integer or a decimal)
Factories A and B produce computers. Factory A produces 2 times as many computers as factory B. The probability that an item produced by factory A is defective is 0.033 and the probability that an item produced by factory B is defective is 0.031. What is the probability that a computer comes from Factory A?Answer:A computer is selected at random and it is found to be defective. What is the probability it came from Factory A?Answer:

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