Genetics. In a study to determine frequency and dependency of color-blindness relative to females and males, 1 , 000 people were chosen at random, and the following results were recorded: (A) Convert this table to a probability table by dividing each entry by 1 , 000 . (B) What is the probability that a person is a woman, given that the person is color-blind? Are the events color blindness and female independent? (C) What is the probability that a person is color-blind, given that the person is a male? Are the events color-blindness and male independent?
Genetics. In a study to determine frequency and dependency of color-blindness relative to females and males, 1 , 000 people were chosen at random, and the following results were recorded: (A) Convert this table to a probability table by dividing each entry by 1 , 000 . (B) What is the probability that a person is a woman, given that the person is color-blind? Are the events color blindness and female independent? (C) What is the probability that a person is color-blind, given that the person is a male? Are the events color-blindness and male independent?
Solution Summary: The author calculates the probability table by dividing each entry by 1,000.
Genetics. In a study to determine frequency and dependency of color-blindness relative to females and males,
1
,
000
people were chosen at random, and the following results were recorded:
(A) Convert this table to a probability table by dividing each entry by
1
,
000
.
(B) What is the probability that a person is a woman, given that the person is color-blind? Are the events color blindness and female independent?
(C) What is the probability that a person is color-blind, given that the person is a male? Are the events color-blindness and male independent?
3. In the space below, describe in what ways the
function f(x) = -2√x - 3 has been
transformed from the basic function √x. The
graph f(x) on the coordinate plane at right.
(4 points)
-4
-&-
-3
--
-2
4
3-
2
1-
1 0
1
2
-N
-1-
-2-
-3-
-4-
3
++
4
2. Suppose the graph below left is the function f(x). In the space below, describe what
transformations are occuring in the transformed function 3ƒ(-2x) + 1. The graph it on the
coordinate plane below right. (4 points)
1
1. Suppose we have the function f(x) = = and then we transform it by moving it four units to the
right and six units down, reflecting it horizontally, and stretching vertically by 5 units. What will
the formula of our new function g(x) be? (2 points)
g(x) =
Chapter 8 Solutions
Finite Mathematics for Business, Economics, Life Sciences, and Social Sciences (13th Edition)
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, subject and related others by exploring similar questions and additional content below.