To complete this assignment, use the Excel file, “Data for Assignment 1,” posted

To complete this assignment, use the Excel file, “Data for Assignment 1,” posted on Blackboard in the Excel Assignment folder on the “Assignments” tab.It is preferred that students work in pairs on assignments, with one assignment submitted per pair; both students in a pair will receive the same grade. It is strongly recommended that both students actively participate in preparing the assignment. If, instead, partners choose to split the assignment (with each being responsible for different parts of the assignment), be aware than one person’s poor/non-completion of his/her portion is NOT an acceptable reason for submitting the assignment late. You may work with a student in the Monday section; if you do, please note that when you upload your assignment. (The Wednesday assignment is due before the Monday assignment; if you work with a Monday student, your assignment is still due on 9/23/2020.)At the completion of your assignment, you should have one workbook with four tabs (the original three tabs + one worksheet you have created). Name the file as follows: OurNamesAssign1.xlsx (or NamesAssign1.xls), where you replace OurNames with your first initials and last names. Your name(s) must be a part of your file name. Upload your completed Excel document to Blackboard on the assignment page.INSTRUCTIONS – READ CAREFULLY:When it is appropriate to show decimals, you should show 2 decimal places; use of decimal places should be consistent within a column (or variable). Use cell referencing in all formulas, and use functions that we have discussed in class whenever possible; a significant part of your grade is dependent on your use of appropriate cell referencing and use of functions.TIPS: Make it easy to locate all requested information. You can use bold or another font color or try using the paint can to fill the cell with color ( page1image3599999136) Use column/row titles to describe thedata included. Use column and row columns to describe the data included. To receive full credit, you will need to follow all instructions.Question 1 (27 points)
Using the Fourth Quarter 2019 California Hospital Quarterly Financial and Utilization data (thefirst tab in the “Data for Assignment 1”), copy the San Diego and Los Angeles County hospitalspage1image3600044112 page1image3600044400
1PH 307 Fall 2020to a new worksheet within this workbook. (Copy the rows holding the variable names and Los Angeles and San Diego County hospitals as described in class; do not copy the whole worksheet.) Name this tab “San Diego and Los Angeles.” Sort this worksheet by county. Remove any hospitals where the results of your calculations equal “#DIV/0!.” (To make the data easier to work with, I suggest that you hide columns that you will not need to answer the question.)Calculate the net inpatient revenue (est.) for each hospital located in San Diego County and Los Angeles County. (Hint: You will need to refer to the OSHPD documentation to determine how to calculate the net inpatient revenue.)
What are the mean and median net inpatient revenue (est.) for San Diego and Los Angeles Counties combined?
In a new column, use the appropriate function to recode the net inpatient revenue for each hospital as follows:
1) 0 if the net inpatient revenue is less than $25,000,000;
2) 1 if the net inpatient revenue is equal to or greater than $25,000,000.
Calculate the cost-to-charge ratio for each hospital located in San Diego County and Los Angeles County. (Refer to the OSHPD documentation to determine the correct formula.)
Set up this worksheet as follows:1) Include a header with your names and the date the assignment is due in the top right corner;2) Set the titles to repeat at top and the facility number and name to repeat at left; 3) Have the gridlines print.
Show only the facility number, facility name, county name, type_control, the columns used in the calculation, and the columns holding the information you calculated.
Question 2 (23 points)
The data on the “Hysterectomy” tab is a random sample of all hysterectomies performed in theUS in 1992.Using this data, create a frequency table and calculate relative frequency, cumulative frequency, and cumulative relative frequency for the age intervals 15-24, 25-34, 35-44, 45- 54, 55-64, 65-74, 75-84. To get credit on this question, you must use functions to calculate the frequencies; sorting the ages will not give you credit.
Calculate the mean age of hysterectomies.
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2PH 307 Fall 2020 C. What is the percentage of women under the age of 35 who have had a hysterectomy?Please place parts B and C directly below the frequency table you have created.D. Set up this worksheet as follows:1) Portrait orientation;2) Include a header with your name and the date the assignment is due in the top right corner;3) Have the gridlines print.Question 3 (25 points)
You work as a data analyst for a health insurance company. Your firm is considering twoalternative plans for insuring employees of a company during the upcoming year.PlanA: Yourcompanywouldpay80%ofchargesforallservicesreceivedduringtheyearafter each employee pays a $650 annual deductible.Plan B: Your company would pay 75% of full charges, with no deductible or patient copayment.Last year’s claims by the employees of the company you are insuring are contained in the worksheet titled (Insurance Question) in the “Data for Assignment 1” workbook. There are three variables in this file: Total Charges = last year’s $ charges for medical services, Age = age of the individual, Sex = sex of the individual. You have been asked to analyze these plans to estimate next year’s payout under each alternative, using the assumption that charges will increase 8% next year over last year’s values.Please answer the following questions:Show each individual’s charges with the 8% increase.
Show each individual’s charges under Plan A.
Show each individual’s charges under Plan B.
What is the total payout under each alternative?
What is the total cost for females and for males under each of the plans?
What is the average cost per female and per male under each of the plans?
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3PH 307 Fall 2020NOTE: Remember that your firm will pay nothing under Plan A for someone who incurs less than $650 in charges during the year (i.e., the employee’s charges do not exceed the $650 deductible).C. Set up this worksheet as follows:1) Landscape orientation;2) Include a header with your name and the date the assignment is due in the top right corner;3) Have the gridlines print.https://blackboard.sdsu.edu/bbcswebdav/pid-5803973… that’s the dats let me know if u cant see that link

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Compose a 21-slide Power Point presentation demonstrating equilibrium and stabil

Compose a 21-slide Power Point presentation demonstrating equilibrium and stability. You may select the Theme, Color and Font, be creative! Be sure to follow the instructions listed below as attention to fine detail is a key component in Allied Health careers. Be prepared to present this presentation to the class, the instructor will randomly select several students to present during class.Slide 1- The Title slide must contain: your name, the date, course number and the Lab Title.
Slide 2- Head the slide: Translational Motion next Define: Translational Motion
Slides 3 through 7- Head each slide: Translational Motion next Insert a series of 5 images (pictures, drawings or schematics you have personally taken or drawn, must not be images from the internet) 1 image per slide, images must demonstrate pure translational motion when the slides are shown in rapid succession. The series of images must be of a single subject and/or object in 5 different stages of a singular motion as if each image was a freeze frame.
Slide 8- Head the slide: Translation next Describe what was shown in the previous 5 slides and explain how the images depict translation.
Slide 9- Head the slide: Rotational Motion next Define: Rotational Motion
Slides 10 through 14- Head each slide: Rotational Motion next Insert a series of 5 images (pictures, drawings or schematics you have personally taken or drawn, must not be images from the internet) 1 image per slide, images must demonstrate pure rotational motion when the slides are shown in rapid succession. The series of images must be of a single subject and/or object in 5 different stages of a singular motion as if each image was a freeze frame.
Slide 15- Head the slide: Rotation next Describe what was shown in the 5 previous slides and explain how the images depict rotation.
Slides 16 through 20- Head each slide: Complex Motion next Insert a series of 5 images (pictures, drawings or schematics you have personally taken or drawn, must not be images from the internet) 1 image per slide, images must demonstrate a combination of translation and rotation when the slides are shown in rapid succession. The series of images must be of a single subject and/or object in 5 different stages of motion as if each image was a freeze frame.
Slide 21- Head the slide: Complex Motion next Describe what was shown in the previous 5 slides and tell how the images depict both translation and rotation simultaneously.
BONUS POINTS: 10 Bonus points may be earned for presentations depicting only motions observed specifically in the lives of allied health professionals.

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Question 1Excel Assignment 3: StatisticsMicrosoft Excel has numerous built-in fu

Question 1Excel Assignment 3: StatisticsMicrosoft Excel has numerous built-in functions for descriptive statistics as well as probability distributions like the Normal Distribution.1. Average(value1, value2), Quartile.Inc(value1, value2, value 3), Median(value1, value2), Min(value1, value2), Max(value1, value2), StDev.S(value1, value2)Many descriptive stats functions work in a similar way to the Count and Sum functions. The Average, Median, Min, Max, and StDev.S functions gives the mean, median, minimum value, maximum value, and sample standard deviation respectively between value1 and value2. The Quartile.Inc function gives the quartile number value3 (with value3 being between 1 and 4) between value1 and value2.2. To find probabilities (or percentiles) with the Normal Distribution, let us use a for the mean and b for the standard deviation. Then Norm.Dist(k, a, b, True) gives the probability that a randomly selected value, x, is less than (or less than or equal to) k.That means, using the law of complements, that finding the probability that x is greater than (or greater than or equal to) k is 1 – Norm.Dist(k, a, b, True).Exercises: Open a new spreadsheet in Microsoft Excel and complete the following.1. Type the following words in given cells. Cell WordB1 ValueC1 StatsC2 CountC3 SumC4 MeanC5 MinC6 Q1Cell WordC7 MedianC8 Q3C9 MaxC10 Standard Dev. G1 Normal Dist Q F2 MeanF3 Standard Dev. 2. In cell A2, type “=RandBetween(1,10)”, and drag this formula from A2 down to A26. You have now created 25 random numbers between 1 and 10.3. THIS IS IMPORTANT. The problem with RandBetween is that it will generate a new set of values every time the user performs a new calculation. To keep the values we h ave, highlight cells A2 to A26 (hold down the SHIFT key and tap the DOWN button to do so). Copy these values. In cell B2, right click the mouse and select PASTE VALUES. Now the values in the B column will stay the way we want them.MAT 202 Quantitative Reasoning4. In cell D2, type “=COUNT(B2:B26)”, and in cell D3, type “=Sum(B2:B26)” to get the count and sum of the values in our data set.5. In a similar way, in D4, type “=Average(B2:B26)” to calculate the mean. In D5, type “=Min(B2:B26)” and in D9, type “=Max(B2:B26)” to calculate the minimum and maximum values in our data set.6. To find the median, in D7, type “=Median(B2:B26)”, and in D6 and D8, type “=Quartile.Inc(B2:B26, 1)” and “=Quartile.Inc(B2:B26,3)” to find the first and third quartiles respectively. Note, we could also use “=Quartile.Inc(B2:B26, 2)” to the find the median.In the future, that may be a faster method, as we could drag the formula down the B column to find our quartiles.7. In cell D10, find the sample standard deviation by “=StDev.S(B2:B26)”. If you need the population standard deviation (only needed if our sample size is larger than about 30), use “=StDev.P(value1, value2).Normal Distribution Exercises: Suppose heights of lavender plants are normally distributed with a height of 21” and a standard deviation of 4”. Suppose that you select a lavender plant (randomly) in your garden.In cells G2 and G3, type “21” and “4” respectively.1. What’s the probability that your selected lavender plant has a height of 22” or less? In cell F5, type “P(x leq 22)”, and in cel l G5 calculate this probability.We can calculate this by typing “=Norm.Dist(22, G2, G3, True)” to get the value 0.598706326.2. What’s the probability that your selected lavender plant has a height greater than 22”? In cell F6, type “P(x > 22)”, and in cell G6 calculate this probability.We can calculate this by typing “=1 – Norm.Dist(22, G2, G3, True)” to get the value 0.401293674.3. What’s the probability that your selected lavender plant has a height greater than 14”? In cell F7, type “P(x > 14)”, and in cell G7 calculate this probability.We can calculate this by typing “=1 – Norm.Dist(14, G2, G3, True)” to get the value 0.959940843.MAT 202 Quantitative Reasoning8. Save and submit your spreadsheet in Canvas under Excel Assignment 2Question 2Prompt: We have talked about the importance of having a representative sample. Explain how it could be misleading and even dangerous to not have a good sample for a statistic test.
Requirements: 250 words minimum initial post, 100 words minimum reply
Question 3
Prompt: Find an example of descriptive statistics and an example of inferential statistics common to everyday life.
Requirements: 250 words minimum initial post, 100 words minimum reply
Question 2

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Using Myfitnesspal or similar dietary analysis program, enter all foods consumed

Using Myfitnesspal or similar dietary analysis program, enter all foods consumed in the 3-day food diary. In MyFitnessPal, it will be under the Food tab. After logging all the appropriate foods, use the reports tab to generate reports for the following items:1) calories2) protein3) PUFA (polyunsaturated fatty acids)4) sodium5) potassiumCopy or save the bar graphs and upload.

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