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MATGAM02 Rasmussen Module 4 Pure Strategy Equilibrium Quiz
Calculate the pure strategy equilibrium of the game shown below using Minimax method Calculate the pure strategy equilibri ...
MATGAM02 Rasmussen Module 4 Pure Strategy Equilibrium Quiz
Calculate the pure strategy equilibrium of the game shown below using Minimax method Calculate the pure strategy equilibrium of the game shown below ...
Chamberlain College of Nursing W6 Confidence Intervals Project
A confidence interval is a defined range of values such that there is a specified probability that the value of a paramete ...
Chamberlain College of Nursing W6 Confidence Intervals Project
A confidence interval is a defined range of values such that there is a specified probability that the value of a parameter lies within the interval.
In Part I of this project, you will analyze data, complete research and provide a write-up that includes calculations.
Introduction--Provide a description of the data you were provided and discuss what you know about the chosen topic.
Sample Data—Provide the 50 data values on your worksheet. You must provide ALL of your sample data.
Problem Computations—For the topic, you must answer the following:
Determine the mean and standard deviation of your sample.
Find the 80%, 95%, and 99% confidence intervals.
Make sure to list the margin of error for the 80%, 95%, and 99% confidence interval.
Create your own confidence interval (you cannot use 80%, 95%, and 99%) and make sure to show your work. Make sure to list the margin of error.
Provide a sentence for each confidence interval created which explains what the confidence interval means in context of topic of your project.
Problem Analysis—Write a half-page reflection.
What trend do you see takes place to the confidence interval as the confidence level rises? Explain mathematically why that takes place.
Explain how Part I of the project has helped you understand confidence intervals better?
How did this project help you understand statistics better?
UAG Statistics Type B OC Curve for The Single Sampling Plan Questions
1. Waiting times for customers in an airline reservation system are (in seconds) 953, 955, 948, 951, 957, 949, 954, 950, 9 ...
UAG Statistics Type B OC Curve for The Single Sampling Plan Questions
1. Waiting times for customers in an airline reservation system are (in seconds) 953, 955, 948, 951, 957, 949, 954, 950, 959.
a. Calculate the sample average.
b. Calculate the sample standard deviation.
2. Monthly sales for tissues in the northwest region are (in thousands) 50.001, 50.002, 49.998, 50.006, 50.005, 49.996, 50.003, 50.004.
a. Calculate the sample average.
b. Calculate the sample standard deviation.
3. Draw the type-B OC curve for the single sampling plan.
4. An electronic component in a dental x-ray system has an exponential time to failure distribution with . What are the mean and variance of the time to failure? What is the reliability at 30,000 hours?
5. A synthetic fiber is stressed by repeatedly applying a particular load. Suppose that the number of cycles to failure has an exponential distribution with mean 3,000 cycles. What is the probability that the fiber will break at 1,500 cycles? What is the probability that the fiber will break at 2,500 cycles?
explain how step function's apply to postage rates, algebra homework help
Use the information on page 115 to explain how step function's apply to postage rates. Explain why a step function is the ...
explain how step function's apply to postage rates, algebra homework help
Use the information on page 115 to explain how step function's apply to postage rates. Explain why a step function is the best model for this situation while your gas mileage as a function of time as you drive to the post office cannot be modeled with a step function. Then graph the function that represents the cost of a first-class letter.Find page 115 attached
MATH 215 Ashford University Wk 2 Data for Application Assignment Worksheet
Answer the following questions using Excel Analysis Tool Pack. The graph in Excel should be cut and paste on this Word doc ...
MATH 215 Ashford University Wk 2 Data for Application Assignment Worksheet
Answer the following questions using Excel Analysis Tool Pack. The graph in Excel should be cut and paste on this Word document. You will turn in a single Word document, not an Excel file.
5.06 Trigonometric Functions Exam
QUESTION 1The cosecant function is the inverse of the tangent function.TRUEFALSEQUESTION 2Using the following triangle, wh ...
5.06 Trigonometric Functions Exam
QUESTION 1The cosecant function is the inverse of the tangent function.TRUEFALSEQUESTION 2Using the following triangle, what is the secant of angle A? QUESTION 3Find the cotangent of angle B. QUESTION 4Find the sine of angle B. QUESTION 5Find the sine of angle A. QUESTION 6Find the cosine of angle B. QUESTION 7In order to convert from radians to degrees multiply the radians by .TRUEFALSEQUESTION 8Convert 65° into radians. radians radians radians radiansQUESTION 9Convert 5° into radians. radians radians radians radiansQUESTION 10Convert radians into degrees.1170°100°900°1155°QUESTION 11Convert radians into degrees.160°150°130°100°QUESTION 12The angle of 30° is equal to radians.TRUEFALSEQUESTION 13What is the exact value of cos as found on the unit circle?QUESTION 14What is the exact value of cos as found on the unit circle?QUESTION 15What is the exact value of sin 45° as found on the unit circle?QUESTION 16Find the value of sin150°QUESTION 17Find the value of sin210°QUESTION 18Find the value of cos210°QUESTION 19Given tan A = .78 find angle A in degrees. Round your answer to the nearest hundredth.45.23°37.95°78.87°67.43°QUESTION 20Given tan B = find angle B in degrees. Round your answer to the nearest hundredth.64.98°63.78°61.45°59.04°QUESTION 21Find angle B. QUESTION 22Find angle B. QUESTION 23Find side AC. Round your answer to the nearest hundredth. QUESTION 24I want to build a right triangular deck behind my house. The hypotenuse of the deck will be 50 feet long. The other two sides of the deck will be equal in length. What is the length of a side of the deck? Round your answer to the nearest hundredth.QUESTION 25An engineer is surveying a building with a device that is 6 feet above the ground. He is 60 feet from the building and is looking with an angle of elevation of 45°. How tall is the building?QUESTION 26What is the equation of the following graph? f(x) = cosθf(x) = sinθf(x) = tanθf(x) = cotθQUESTION 27What is the equation of the following graph? QUESTION 28What is the equation of the following graph? QUESTION 29What is the range of y = 2sin(x) + 1?QUESTION 30What is the domain of y = tan(x) + 2?QUESTION 31Convert -245° into radians radians radians radians radiansQUESTION 32Convert 3.6 radians to degrees.206.3 degrees361.0 degrees063 degrees343.8 degreesQUESTION 33What is the angle of 45 degrees equal to in radian measure?QUESTION 34What is the exact value of cos150°?QUESTION 35Given sin A = -.45 find angle A in degrees. Round your answer to the nearest hundredth.QUESTION 36Boating across a river, the current moves you downstream. Instead of going directly across the river, the boat moves at a 25 degree angle from the shore. If the river is 375 feet across, how far downstream will you end up?QUESTION 37What is the equation of the following graph? QUESTION 38What is the equation of the following graph? QUESTION 39What is the range of y = 2sin(x – 3)?
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Most Popular Content
11 pages
MATGAM02 Rasmussen Module 4 Pure Strategy Equilibrium Quiz
Calculate the pure strategy equilibrium of the game shown below using Minimax method Calculate the pure strategy equilibri ...
MATGAM02 Rasmussen Module 4 Pure Strategy Equilibrium Quiz
Calculate the pure strategy equilibrium of the game shown below using Minimax method Calculate the pure strategy equilibrium of the game shown below ...
Chamberlain College of Nursing W6 Confidence Intervals Project
A confidence interval is a defined range of values such that there is a specified probability that the value of a paramete ...
Chamberlain College of Nursing W6 Confidence Intervals Project
A confidence interval is a defined range of values such that there is a specified probability that the value of a parameter lies within the interval.
In Part I of this project, you will analyze data, complete research and provide a write-up that includes calculations.
Introduction--Provide a description of the data you were provided and discuss what you know about the chosen topic.
Sample Data—Provide the 50 data values on your worksheet. You must provide ALL of your sample data.
Problem Computations—For the topic, you must answer the following:
Determine the mean and standard deviation of your sample.
Find the 80%, 95%, and 99% confidence intervals.
Make sure to list the margin of error for the 80%, 95%, and 99% confidence interval.
Create your own confidence interval (you cannot use 80%, 95%, and 99%) and make sure to show your work. Make sure to list the margin of error.
Provide a sentence for each confidence interval created which explains what the confidence interval means in context of topic of your project.
Problem Analysis—Write a half-page reflection.
What trend do you see takes place to the confidence interval as the confidence level rises? Explain mathematically why that takes place.
Explain how Part I of the project has helped you understand confidence intervals better?
How did this project help you understand statistics better?
UAG Statistics Type B OC Curve for The Single Sampling Plan Questions
1. Waiting times for customers in an airline reservation system are (in seconds) 953, 955, 948, 951, 957, 949, 954, 950, 9 ...
UAG Statistics Type B OC Curve for The Single Sampling Plan Questions
1. Waiting times for customers in an airline reservation system are (in seconds) 953, 955, 948, 951, 957, 949, 954, 950, 959.
a. Calculate the sample average.
b. Calculate the sample standard deviation.
2. Monthly sales for tissues in the northwest region are (in thousands) 50.001, 50.002, 49.998, 50.006, 50.005, 49.996, 50.003, 50.004.
a. Calculate the sample average.
b. Calculate the sample standard deviation.
3. Draw the type-B OC curve for the single sampling plan.
4. An electronic component in a dental x-ray system has an exponential time to failure distribution with . What are the mean and variance of the time to failure? What is the reliability at 30,000 hours?
5. A synthetic fiber is stressed by repeatedly applying a particular load. Suppose that the number of cycles to failure has an exponential distribution with mean 3,000 cycles. What is the probability that the fiber will break at 1,500 cycles? What is the probability that the fiber will break at 2,500 cycles?
explain how step function's apply to postage rates, algebra homework help
Use the information on page 115 to explain how step function's apply to postage rates. Explain why a step function is the ...
explain how step function's apply to postage rates, algebra homework help
Use the information on page 115 to explain how step function's apply to postage rates. Explain why a step function is the best model for this situation while your gas mileage as a function of time as you drive to the post office cannot be modeled with a step function. Then graph the function that represents the cost of a first-class letter.Find page 115 attached
MATH 215 Ashford University Wk 2 Data for Application Assignment Worksheet
Answer the following questions using Excel Analysis Tool Pack. The graph in Excel should be cut and paste on this Word doc ...
MATH 215 Ashford University Wk 2 Data for Application Assignment Worksheet
Answer the following questions using Excel Analysis Tool Pack. The graph in Excel should be cut and paste on this Word document. You will turn in a single Word document, not an Excel file.
5.06 Trigonometric Functions Exam
QUESTION 1The cosecant function is the inverse of the tangent function.TRUEFALSEQUESTION 2Using the following triangle, wh ...
5.06 Trigonometric Functions Exam
QUESTION 1The cosecant function is the inverse of the tangent function.TRUEFALSEQUESTION 2Using the following triangle, what is the secant of angle A? QUESTION 3Find the cotangent of angle B. QUESTION 4Find the sine of angle B. QUESTION 5Find the sine of angle A. QUESTION 6Find the cosine of angle B. QUESTION 7In order to convert from radians to degrees multiply the radians by .TRUEFALSEQUESTION 8Convert 65° into radians. radians radians radians radiansQUESTION 9Convert 5° into radians. radians radians radians radiansQUESTION 10Convert radians into degrees.1170°100°900°1155°QUESTION 11Convert radians into degrees.160°150°130°100°QUESTION 12The angle of 30° is equal to radians.TRUEFALSEQUESTION 13What is the exact value of cos as found on the unit circle?QUESTION 14What is the exact value of cos as found on the unit circle?QUESTION 15What is the exact value of sin 45° as found on the unit circle?QUESTION 16Find the value of sin150°QUESTION 17Find the value of sin210°QUESTION 18Find the value of cos210°QUESTION 19Given tan A = .78 find angle A in degrees. Round your answer to the nearest hundredth.45.23°37.95°78.87°67.43°QUESTION 20Given tan B = find angle B in degrees. Round your answer to the nearest hundredth.64.98°63.78°61.45°59.04°QUESTION 21Find angle B. QUESTION 22Find angle B. QUESTION 23Find side AC. Round your answer to the nearest hundredth. QUESTION 24I want to build a right triangular deck behind my house. The hypotenuse of the deck will be 50 feet long. The other two sides of the deck will be equal in length. What is the length of a side of the deck? Round your answer to the nearest hundredth.QUESTION 25An engineer is surveying a building with a device that is 6 feet above the ground. He is 60 feet from the building and is looking with an angle of elevation of 45°. How tall is the building?QUESTION 26What is the equation of the following graph? f(x) = cosθf(x) = sinθf(x) = tanθf(x) = cotθQUESTION 27What is the equation of the following graph? QUESTION 28What is the equation of the following graph? QUESTION 29What is the range of y = 2sin(x) + 1?QUESTION 30What is the domain of y = tan(x) + 2?QUESTION 31Convert -245° into radians radians radians radians radiansQUESTION 32Convert 3.6 radians to degrees.206.3 degrees361.0 degrees063 degrees343.8 degreesQUESTION 33What is the angle of 45 degrees equal to in radian measure?QUESTION 34What is the exact value of cos150°?QUESTION 35Given sin A = -.45 find angle A in degrees. Round your answer to the nearest hundredth.QUESTION 36Boating across a river, the current moves you downstream. Instead of going directly across the river, the boat moves at a 25 degree angle from the shore. If the river is 375 feet across, how far downstream will you end up?QUESTION 37What is the equation of the following graph? QUESTION 38What is the equation of the following graph? QUESTION 39What is the range of y = 2sin(x – 3)?
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