Research has shown that approximately 1 woman in
500500
carries a mutation of a particular gene. About
6969 %
of women with this mutation develop
breastbreast
cancer. Find the probability that a randomly selected woman will carry the mutation of this gene and will develop
breastbreast
cancer.
P(carries a mutation of a particular gene) = 1/500 = 0.002
P(breast cancer| carry mutation of a gene) = 0.69
P(woman will carry the mutation of this gene and will develop breast cancer ) = 0.69*0.002=0.00138 (answer)
Research has shown that approximately 1 woman in 500500 carries a mutation of a particular gene....
Research has shown that approximately 1 woman in 800 carries a mutation of a particular geneAbout 57% of women with this mutation develop colon cancer. Find the probability that a randomly selected woman will carry the mutation of this gene and will develop colon cancer. Sample Space: Women Women with mutated Women who develop colon cancer 1 of The probability that a randomly selected woman will carry the gene mutation and develop colon cancer is (Round to four decimal places...
In the general population, one woman in eight will develop breast cancer. Research has shown that 1 woman in 600 carries a mutation of the BRCA gene. Seven out of 10 women with this mutation develop breast cancer. Find the probability that a randomly selected woman will develop breast cancer given that she has a mutation of the BRCA gene. (Round to one decimal place as needed.)
Homework: Chapter 3 Review Homework Save Score: 0.33 of 1 pt 13 of 38 (18 complete) HW Score: 31.45%, 11.95 of 38 pts 3.2.17 In the general population, one woman in ten will develop breast cancer. Research has shown that 1 woman in 550 carries a mutation of the BRCA Question Help * gene. Eight out of 10 women with this mutation develop breast cancer. (a) Find the probability that a randomly selected woman will develop breast cancer given that...
Studies show that approximately one woman in seven who live to be 90 will develop breast cancer. Assume that of those women who develop breast cancer, a test for breast cancer is negative 2% of the time (i.e., false negative). Also, assume that the test for breast cancer is negative 85% of the time. a) What is the probability that a randomly chosen woman develops breast cancer? b) What is the probability that a randomly chosen woman tests negative for...
About 1% of the population has a particular genetic mutation. 800 people are randomly selected. Find the standard deviation for the number of people with the genetic mutation in such groups of 800. Round your answer to three decimal places.
A woman in a high risk population has the gene for sickle-cell is 1/10. If the woman has the gene each of her children has the probability 1/2 of having the disease, if she does not the probability is zero. If the woman has 3 sons without sickle-cell what is the probability that she carries the sickle-cell gene?
Approximately 3% of women aged 40-50 have breast cancer. A woman with breast cancer has a 90% chance of positive test from a mammogram, while a woman without breast cancer has a 2% chance of a positice result. What is the probability that a woman has breast cancer given that she just had a positive test?
About 8% of the population has a particular genetic mutation. 100 people are randomly selected. Find the mean for the number of people with the genetic mutation in such groups of 100. Submit Question
Elizabeth, age 27, had heard about the discovery of the gene and
about the mutation linked to Jewish women. Her paternal grandmother
had been diagnosed with breast cancer at age 51 and died two years
later, and Elizabeth worried that she may have inherited a variant
that would put her at increased risk.
She also worried about her mother, age 52 and apparently
cancer-free so far, and her 7- year old daughter.
Her daughter is not allowed to participate in...
Question 8. Say the lifetime probability of developing female breast cancer ina pulation is 1 in 10. Let X represent the number of women among 5102 women, selected randomly from this population, who ultimately develop breast cancer. Explain in complete sentences why X is a binomial random variable. Question 9. Approximately 1 in 28 people of Ashkenazi Jewish descent are Tay-Sachs carriers (you can read question 6.1 on page 134 to learn about Tay-Sachs disorder) In randomly sampling one man...