multiplying decimals
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gfceraxyr
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When multiplying decimals, how do you determine where to place the decimal in the answer?
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Application Of Statistics In Health Care
Statistics plays a significant role in medical research. The objective is to arrive at conclusion based on facts and findi ...
Application Of Statistics In Health Care
Statistics plays a significant role in medical research. The objective is to arrive at conclusion based on facts and findings, and research-based ...
STAT200 Inferential Statistics Data Analysis Plan and Computation Assignment 3
I have also attached pdf of instructions due to the format below. Please see attachments.Inferential Statistics Analysis a ...
STAT200 Inferential Statistics Data Analysis Plan and Computation Assignment 3
I have also attached pdf of instructions due to the format below. Please see attachments.Inferential Statistics Analysis and Writeup
Purpose:
The purpose of this assignment is to develop and carry out an inferential statistics analysis plan and
write up the findings. There are two main parts to this assignment: ● Part A: Inferential Statistics Data Plan and Analysis ● Part B: Write up of Results
Part A: Prepare Data Plan, Analyze Data, and Complete Part A of the The work needs to be on the template below:Part A: Inferential Statistics Data Analysis Plan and ComputationIntroduction:Variables Selected: Table 1: Variables Selected for Analysis Variable Name in the Data Set Variable Type Description Qualitative or Quantitative Variable 1: Socioeconomic Variable 2: Expenditure Variable 3: Expenditure Data Analysis:1.Confidence Interval Analysis: For one expenditure variable, select and run the appropriate method for estimating a parameter, based on a statistic (i.e., confidence interval method) and complete the following table (Note: Format follows Kozak outline):Table 2: Confidence Interval Information and Results Name of Variable: State the Random Variable and Parameter in Words: Confidence interval method including confidence level and rationale for using it: State and check the assumptions for confidence interval: Method Used to Analyze Data: Find the sample statistic and the confidence interval: Statistical Interpretation: 2. Hypothesis Testing: Using the second expenditure variable (with socioeconomic variable as the grouping variable for making two groups), select and run the appropriate method for making decisions about twoparameters relative to observed statistics (i.e., two sample hypothesis testing method) and complete the following table (Note: Format follows Kozak outline):Table 3: Two Sample Hypothesis Test Analysis Research Question: Two Sample Hypothesis Test that Will Be Used and Rationale for Using It: State the Random Variable and Parameters in Words: State Null and Alternative Hypotheses and Level of Significance: Method Used to Analyze Data: Find the sample statistic, test statistic, and p-value: Conclusion Regarding Whether or Not to Reject the Null Hypothesis: Part B: Results Write UpConfidence Interval Analysis:Two Sample Hypothesis Test Analysis:Discussion:
what is the percent?
lily likes to collect records. last year she had 10 records in her collection. now she has 14 records. what is the percent ...
what is the percent?
lily likes to collect records. last year she had 10 records in her collection. now she has 14 records. what is the percent increase of her collection?the percent increase of her collection is ....%
MATH 132 UNLV Number of Type Souvenirs & Objective Function Maximized Problem
A woman has up to $10000 to invest. Her broker suggests investing in two bonds: Bond A , and Bond B. Bond A is a rather ri ...
MATH 132 UNLV Number of Type Souvenirs & Objective Function Maximized Problem
A woman has up to $10000 to invest. Her broker suggests investing in two bonds: Bond A , and Bond B. Bond A is a rather risky bond with an annual yield of 10% and bond B is a rather safe bond with an annual yield of 7% After some consideration, she decides to invest at most $6000 in bond A, and invest at least $2000 in bond B. Moreover, she wants to invest at least as much in bond A as in bond B. She wishes to maximize her annual yield.a) In each blank box below, select the best answer from the list that helps complete the objective function and its associated constraint inequalities. Please note that the option <= indicates ≤≤ , and the option >= indicates ≥≥.R= [ Select ] 0.07 6000 0.1 10000 2000 Correct answer is not listed A+ [ Select ] Correct answer is not listed 10000 2000 0.1 6000 0.07 BA+ [ Select ] Correct answer is not listed 2 1 0.07 0.01 2000 6000 B [ Select ] <= >= = Correct answer is not listed 10000A [ Select ] Correct answer is not listed <= = >= 6000B [ Select ] Correct answer is not listed <= >= = 2000A [ Select ] Correct answer is not listed <= >= = Bb) Use the geometric approach (with A placed on the x-axis and B on the y-axis) to determine the coordinates of the corner points of the solution region. Then, select the answer from this list: [ Select ] (6000,4000) , (6000,2000) , (8000,2000) (0,0) , (0,10000) , (10000,0) Correct answer is not listed (0,10000) , (0,2000) , (6000,2000) , (6000,4000) (6000,0) , (6000,2000) , (8000,2000) , (10000,0) (0,0) , (0,2000) , (6000,2000) , (6000,0) (6000,0) , (6000,4000) , (10000,0) c) Which of the feasible corner points you selected in part (b) above maximizes the objective function? Note that a feasible corner point is any corner point with at least one non-zero coordinate. Select the answer from this list: [ Select ] (6000,0) Correct answer is not listed (8000,2000) (6000,4000) (0,10000) (6000,2000) (10000,0) d) What is the maximum yield? [ Select ] $740 $840 Correct answer is not listed $700 $800 $920 $880 d---------------------------=================Read the information below and construct the objective function, and the associated constraint inequalities. DO NOT SOLVE THE MAXIMUM PROBLEM.Ace Novelty wishes to produce two types of souvenirs: type A and type B . The sale of each type A souvenir will result in a profit of $2 , and the sale of each type B souvenir will result in a profit of $3. To manufacture a type A souvenir requires 3minutes on machine I and 4 minute on machine II. On the other hand, a type B souvenir requires 2 minute on machine I and 5 minutes on machine II. There are at most 2 hours available on machine I , and at most 4 hours available on machine II.Construct the objective function for maximizing profit, and construct the associated constraint inequalities by selecting the appropriate symbol or number from the dropdown list.Note: The symbol <= in the dropdown list indicates "less than or equal to", and the symbol >= in the dropdown list indicates "greater than or equal to".Hint: Make sure that all units of time are converted to minutes.P= [ Select ] ["4", ">=", "1", "120", "5", "2", "<=", "0", "3", "240", "7"] A+ [ Select ] ["0", "<=", "240", "4", "3", "7", "5", "6", "120", "1", ">="] B [ Select ] [">=", "7", "120", "240", "<=", "6", "4", "2", "1", "3", "0"] A+2B [ Select ] ["5", ">=", "<=", "3", "6", "4", "240", "120", "7", "0", "1"] 1204A+ [ Select ] ["5", ">=", "3", "240", "6", "4", "<=", "120", "0", "7", "1"] B [ Select ] ["240", "1", ">=", "<=", "5", "3", "6", "120", "7", "4", "0"] 240A [ Select ] ["=", "<=", ">="] 0B [ Select ] ["<=", "=", ">="] 0don-------------A store sells two types of toys: toy A and toy B. Each toy A costs the store owner $8 to purchase, and each toy B costs her $16. Each toy A brings the owner of the store a profit of $2 , while each toy B yields a profit of $3. The store owner estimates that no more than 2000 toys will be sold every month, and she does not plan to invest more than $20000 in inventory of these toys. She would like to maximize her monthly profit.a) In each blank box below, select the best answer from the list that helps complete the objective function and its associated constraint inequalities. Please note that the option <= indicates ≤≤ , and the option >= indicates ≥≥.P= [ Select ] ["2", "1", "16", "3", "Correct answer is not listed", "8"] A+ [ Select ] ["16", "3", "2", "1", "Correct answer is not listed", "8"] BA+ [ Select ] ["3", "1", "16", "8", "Correct answer is not listed", "2"] B [ Select ] [">=", "<=", "=", "Correct answer is not listed"] 2000 [ Select ] ["Correct answer is not listed", "2", "16", "3", "1", "8"] A+16B [ Select ] ["=", "<=", ">=", "Correct answer is not listed"] 20000b) Use the geometric approach (with A placed on the x-axis and B on the y-axis) to determine the coordinates of the corner points of the solution region. Then, select the answer from this list: [ Select ] ["(0,1250) , (0,2000) , (1500,500)", "(0,0) , (0,1250) , (1500,500) , (2000,0)", "(0,0) , (0,1250) , (2500,0)", "(0,0) , (0,2000) , (1500,500) , (2000,0)", "(1500,500) , (2000,0) , (2500,0)", "Correct answer is not listed", "(0,0) (0,2000) , (1500,500) , (2500,0)"] c) Which of the feasible corner points you selected in part (b) above maximizes the objective function? Note that a feasible corner point is any corner point with at least one non-zero coordinate. Select the answer from this list: [ Select ] ["Correct answer is not listed", "(2000,0)", "(1500,500)", "(2500,0)", "(0,2000)", "(0,1250)"] d) What is the maximum monthly profit? [ Select ] ["$3850", "$3750", "Correct answer is not listed", "$4500", "$4800", "$4000"]
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Most Popular Content
5 pages
Application Of Statistics In Health Care
Statistics plays a significant role in medical research. The objective is to arrive at conclusion based on facts and findi ...
Application Of Statistics In Health Care
Statistics plays a significant role in medical research. The objective is to arrive at conclusion based on facts and findings, and research-based ...
STAT200 Inferential Statistics Data Analysis Plan and Computation Assignment 3
I have also attached pdf of instructions due to the format below. Please see attachments.Inferential Statistics Analysis a ...
STAT200 Inferential Statistics Data Analysis Plan and Computation Assignment 3
I have also attached pdf of instructions due to the format below. Please see attachments.Inferential Statistics Analysis and Writeup
Purpose:
The purpose of this assignment is to develop and carry out an inferential statistics analysis plan and
write up the findings. There are two main parts to this assignment: ● Part A: Inferential Statistics Data Plan and Analysis ● Part B: Write up of Results
Part A: Prepare Data Plan, Analyze Data, and Complete Part A of the The work needs to be on the template below:Part A: Inferential Statistics Data Analysis Plan and ComputationIntroduction:Variables Selected: Table 1: Variables Selected for Analysis Variable Name in the Data Set Variable Type Description Qualitative or Quantitative Variable 1: Socioeconomic Variable 2: Expenditure Variable 3: Expenditure Data Analysis:1.Confidence Interval Analysis: For one expenditure variable, select and run the appropriate method for estimating a parameter, based on a statistic (i.e., confidence interval method) and complete the following table (Note: Format follows Kozak outline):Table 2: Confidence Interval Information and Results Name of Variable: State the Random Variable and Parameter in Words: Confidence interval method including confidence level and rationale for using it: State and check the assumptions for confidence interval: Method Used to Analyze Data: Find the sample statistic and the confidence interval: Statistical Interpretation: 2. Hypothesis Testing: Using the second expenditure variable (with socioeconomic variable as the grouping variable for making two groups), select and run the appropriate method for making decisions about twoparameters relative to observed statistics (i.e., two sample hypothesis testing method) and complete the following table (Note: Format follows Kozak outline):Table 3: Two Sample Hypothesis Test Analysis Research Question: Two Sample Hypothesis Test that Will Be Used and Rationale for Using It: State the Random Variable and Parameters in Words: State Null and Alternative Hypotheses and Level of Significance: Method Used to Analyze Data: Find the sample statistic, test statistic, and p-value: Conclusion Regarding Whether or Not to Reject the Null Hypothesis: Part B: Results Write UpConfidence Interval Analysis:Two Sample Hypothesis Test Analysis:Discussion:
what is the percent?
lily likes to collect records. last year she had 10 records in her collection. now she has 14 records. what is the percent ...
what is the percent?
lily likes to collect records. last year she had 10 records in her collection. now she has 14 records. what is the percent increase of her collection?the percent increase of her collection is ....%
MATH 132 UNLV Number of Type Souvenirs & Objective Function Maximized Problem
A woman has up to $10000 to invest. Her broker suggests investing in two bonds: Bond A , and Bond B. Bond A is a rather ri ...
MATH 132 UNLV Number of Type Souvenirs & Objective Function Maximized Problem
A woman has up to $10000 to invest. Her broker suggests investing in two bonds: Bond A , and Bond B. Bond A is a rather risky bond with an annual yield of 10% and bond B is a rather safe bond with an annual yield of 7% After some consideration, she decides to invest at most $6000 in bond A, and invest at least $2000 in bond B. Moreover, she wants to invest at least as much in bond A as in bond B. She wishes to maximize her annual yield.a) In each blank box below, select the best answer from the list that helps complete the objective function and its associated constraint inequalities. Please note that the option <= indicates ≤≤ , and the option >= indicates ≥≥.R= [ Select ] 0.07 6000 0.1 10000 2000 Correct answer is not listed A+ [ Select ] Correct answer is not listed 10000 2000 0.1 6000 0.07 BA+ [ Select ] Correct answer is not listed 2 1 0.07 0.01 2000 6000 B [ Select ] <= >= = Correct answer is not listed 10000A [ Select ] Correct answer is not listed <= = >= 6000B [ Select ] Correct answer is not listed <= >= = 2000A [ Select ] Correct answer is not listed <= >= = Bb) Use the geometric approach (with A placed on the x-axis and B on the y-axis) to determine the coordinates of the corner points of the solution region. Then, select the answer from this list: [ Select ] (6000,4000) , (6000,2000) , (8000,2000) (0,0) , (0,10000) , (10000,0) Correct answer is not listed (0,10000) , (0,2000) , (6000,2000) , (6000,4000) (6000,0) , (6000,2000) , (8000,2000) , (10000,0) (0,0) , (0,2000) , (6000,2000) , (6000,0) (6000,0) , (6000,4000) , (10000,0) c) Which of the feasible corner points you selected in part (b) above maximizes the objective function? Note that a feasible corner point is any corner point with at least one non-zero coordinate. Select the answer from this list: [ Select ] (6000,0) Correct answer is not listed (8000,2000) (6000,4000) (0,10000) (6000,2000) (10000,0) d) What is the maximum yield? [ Select ] $740 $840 Correct answer is not listed $700 $800 $920 $880 d---------------------------=================Read the information below and construct the objective function, and the associated constraint inequalities. DO NOT SOLVE THE MAXIMUM PROBLEM.Ace Novelty wishes to produce two types of souvenirs: type A and type B . The sale of each type A souvenir will result in a profit of $2 , and the sale of each type B souvenir will result in a profit of $3. To manufacture a type A souvenir requires 3minutes on machine I and 4 minute on machine II. On the other hand, a type B souvenir requires 2 minute on machine I and 5 minutes on machine II. There are at most 2 hours available on machine I , and at most 4 hours available on machine II.Construct the objective function for maximizing profit, and construct the associated constraint inequalities by selecting the appropriate symbol or number from the dropdown list.Note: The symbol <= in the dropdown list indicates "less than or equal to", and the symbol >= in the dropdown list indicates "greater than or equal to".Hint: Make sure that all units of time are converted to minutes.P= [ Select ] ["4", ">=", "1", "120", "5", "2", "<=", "0", "3", "240", "7"] A+ [ Select ] ["0", "<=", "240", "4", "3", "7", "5", "6", "120", "1", ">="] B [ Select ] [">=", "7", "120", "240", "<=", "6", "4", "2", "1", "3", "0"] A+2B [ Select ] ["5", ">=", "<=", "3", "6", "4", "240", "120", "7", "0", "1"] 1204A+ [ Select ] ["5", ">=", "3", "240", "6", "4", "<=", "120", "0", "7", "1"] B [ Select ] ["240", "1", ">=", "<=", "5", "3", "6", "120", "7", "4", "0"] 240A [ Select ] ["=", "<=", ">="] 0B [ Select ] ["<=", "=", ">="] 0don-------------A store sells two types of toys: toy A and toy B. Each toy A costs the store owner $8 to purchase, and each toy B costs her $16. Each toy A brings the owner of the store a profit of $2 , while each toy B yields a profit of $3. The store owner estimates that no more than 2000 toys will be sold every month, and she does not plan to invest more than $20000 in inventory of these toys. She would like to maximize her monthly profit.a) In each blank box below, select the best answer from the list that helps complete the objective function and its associated constraint inequalities. Please note that the option <= indicates ≤≤ , and the option >= indicates ≥≥.P= [ Select ] ["2", "1", "16", "3", "Correct answer is not listed", "8"] A+ [ Select ] ["16", "3", "2", "1", "Correct answer is not listed", "8"] BA+ [ Select ] ["3", "1", "16", "8", "Correct answer is not listed", "2"] B [ Select ] [">=", "<=", "=", "Correct answer is not listed"] 2000 [ Select ] ["Correct answer is not listed", "2", "16", "3", "1", "8"] A+16B [ Select ] ["=", "<=", ">=", "Correct answer is not listed"] 20000b) Use the geometric approach (with A placed on the x-axis and B on the y-axis) to determine the coordinates of the corner points of the solution region. Then, select the answer from this list: [ Select ] ["(0,1250) , (0,2000) , (1500,500)", "(0,0) , (0,1250) , (1500,500) , (2000,0)", "(0,0) , (0,1250) , (2500,0)", "(0,0) , (0,2000) , (1500,500) , (2000,0)", "(1500,500) , (2000,0) , (2500,0)", "Correct answer is not listed", "(0,0) (0,2000) , (1500,500) , (2500,0)"] c) Which of the feasible corner points you selected in part (b) above maximizes the objective function? Note that a feasible corner point is any corner point with at least one non-zero coordinate. Select the answer from this list: [ Select ] ["Correct answer is not listed", "(2000,0)", "(1500,500)", "(2500,0)", "(0,2000)", "(0,1250)"] d) What is the maximum monthly profit? [ Select ] ["$3850", "$3750", "Correct answer is not listed", "$4500", "$4800", "$4000"]
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