Question
In: Statistics and Probability
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related. Let x be a random variable measured in milligrams of glucose per deciliter (1/10 of a liter) of blood. Suppose that after a 12-hour fast, the random variable x will have a distribution that is approximately normal with mean μ = 81 and standard deviation σ = 21. Note: After 50 years of age, both the mean and standard deviation tend to increase. For an adult (under 50) after a 12-hour fast, find the following probabilities. (Round your answers to four decimal places.)
(a) x is more than 60
(b) x is less than 110
(c) x is between 60 and 110
(d) x is greater than 125 (borderline diabetes starts at
125)
Solutions
orchestra answered 2 years agoRelated Solutions
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of glucose per
deciliter (1/10 of a liter) of blood. Suppose that after a 12-hour
fast, the random variable x will have a distribution that is
approximately normal with mean μ = 81 and standard deviation σ =
25. Note: After 50 years of age, both the mean and standard
deviation tend to increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of glucose per
deciliter (1/10 of a liter) of blood. Suppose that after a 12-hour
fast, the random variable x will have a distribution that is
approximately normal with mean μ = 90 and standard deviation σ =
27. Note: After 50 years of age, both the mean and standard
deviation tend to increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of glucose per
deciliter (1/10 of a liter) of blood. Suppose that after a 12-hour
fast, the random variable x will have a distribution that is
approximately normal with mean μ = 89 and standard deviation σ =
21. Note: After 50 years of age, both the mean and standard
deviation tend to increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of
glucose per deciliter (1/10 of a liter) of blood. Suppose that
after a 12-hour fast, the random variable x will have a
distribution that is approximately normal with mean μ = 83
and standard deviation σ = 22. Note: After 50
years of age, both the mean and standard deviation tend to
increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of
glucose per deciliter (1/10 of a liter) of blood. Suppose that
after a 12-hour fast, the random variable x will have a
distribution that is approximately normal with mean μ = 83
and standard deviation σ = 22. Note: After 50
years of age, both the mean and standard deviation tend to
increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of glucose per
deciliter (1/10 of a liter) of blood. Suppose that after a 12-hour
fast, the random variable x will have a distribution that is
approximately normal with mean μ = 86 and standard deviation σ =
29.
Note: After 50 years of age, both the mean and standard
deviation tend to increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of
glucose per deciliter (1/10 of a liter) of blood. Suppose that
after a 12-hour fast, the random variable x will have a
distribution that is approximately normal with mean μ = 82
and standard deviation σ = 27. Note: After 50
years of age, both the mean and standard deviation tend to
increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of glucose per
deciliter (1/10 of a liter) of blood. Suppose that after a 12-hour
fast, the random variable x will have a distribution that is
approximately normal with mean μ = 83 and standard deviation σ =
24. Note: After 50 years of age, both the mean and standard
deviation tend to increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of glucose per
deciliter (1/10 of a liter) of blood. Suppose that after a 12-hour
fast, the random variable x will have a distribution that is
approximately normal with mean μ = 82 and standard deviation σ =
21. Note: After 50 years of age, both the mean and standard
deviation tend to increase. For an adult (under 50) after a...
A person's blood glucose level and diabetes are closely related. Let x be a random variable...
A person's blood glucose level and diabetes are closely related.
Let x be a random variable measured in milligrams of
glucose per deciliter (1/10 of a liter) of blood. Suppose that
after a 12-hour fast, the random variable x will have a
distribution that is approximately normal with mean μ = 85
and standard deviation σ = 27. Note: After 50
years of age, both the mean and standard deviation tend to
increase. For an adult (under 50) after a...
ADVERTISEMENT
ADVERTISEMENT
Latest Questions
- This is all one question, thank you so much in advance! You must evaluate the purchase...
- 10. Consider a market in which there is a monopoly manufacturer and a mo nopoly retailer....
- Write a function fun(x) that takes as input a positive number x and solves the following...
- Describe the principles and operations of movement sensors: Doppler-Effect Velocity sensor and Spring-Mass Accelerometor; State the...
- This is all one question, thank you so much in advance. The Bigbee Bottling Company is...
- For Questions 1-3: consider the following code: public class A { private int number; protected String...
- You are tasked with assessing the health department’s intervention program in preventing recurrence of acute alcohol...
ADVERTISEMENT