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Questions in Grade High-school

[Homework Help] Is "fat" a derogatory word?

[Homework Help] Why is Utah called the Beehive State?

[Homework Help] What is a Hasty Generalization Fallacy?

[Homework Help] What is one advantage of having a cloned flock?

[Homework Help] What is the National Prohibition Act?

[Homework Help] Which is an example of bivariate data? 1. Age of students in a club 2. Grade level and age of students in a school 3. Type of lunch each student orders at school 4. Attendance numbers for all students in one grade

[Homework Help] There are 5 red balls, 6 white balls, and 7 green balls in a box. If one ball is taken without looking, what is the probability that it is white?

[Homework Help] Why did the Church seek to silence Galileo? A. Galileo's observations changed the way we measure space and threatened Church territorial holdings. B. Galileo's observations could prove Copernicus's theories about the order of the universe. C. Galileo's observations threatened the control the Church had over moral authority. D. Galileo's observations threatened the Church's role in proselytizing in the New World.

[Homework Help] The probability that a given urine sample analyzed in a pathology lab contains protein is 0.73 (event A). The probability that the urine sample contains the protein albumin is 0.58 (event B). - Event A: The sample contains protein. - Event B: The sample contains the protein albumin. The probability that a sample contains protein and that the protein is albumin is 0.58. Which statement is true? A. Events A and B are dependent because \( P(A \text{ and } B) \neq P(A) + P(B) \). B. Events A and B are dependent because \( P(A \text{ and } B) = P(A) + P(B) \). C. Events A and B are dependent because \( P(A \text{ and } B) = P(A)P(B) \). D. Events A and B are dependent because \( P(A \text{ and } B) \neq P(A)P(B) \).

[Homework Help] Kayla earns a weekly salary of $290 plus a 5.5% commission on sales at a gift shop. How much would she make in a week if she sold $5799 worth of merchandise? How do I set up this problem?