14.2 Run the program from problem 4.9 to create the data set BLOOD. (a) Create a data set called TIME ONE containing all the observations from BLOOD, where TIME is equal to 1. Omit the variable TIME from this data set. Use PROC PRINT to list the observations. Here is the code to generate the data for problem 14.2: DATA BLOOD; LENGTH GROUP $ 1%; INPUT ID GROUP $ TIME WBC RBC @@; DATALINES; 1 A 1 8000 4.5 1 A 2 1 A 4 8300 5.3 1 A 5 2 A 1 7800 4.9 2 A 2 3 B 1 8200 5.4 3 B2 8200 4.8 1 A 3 8400 5.2 8400 5.5 7900 5.0 8300 5.4 3 B 3 8300 5.2 3 B 4 8200 4.9 3 B 5 8300 5.0 4 B 1 8600 5.5 5 A 1 7900 5.2 5 A 2 8000 5.2 5 A 3 8200 5.4 5 A 4 8400 5.5 ;

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Greg and Martin's age when added together come to a total of 60 years. Now Greg is twice as old as Martin was when Greg was half as old as Martin will be when Martin is five times as old as Greg was when Greg was five times as old as Martin. With all this excellent data how old is Greg?

Please answer question 4.1

Part A 1. Suppose that the January 2020 workload for a laboratory was: 8700 tests 10350 tests 7250 tests 4435 tests 6170 tests Hematology Clinical Chemistry Microbiology Transfusion Medicine Histotechnology Prepare a bar graph which illustrates this workload in an "easy-to-read" format. Part B

The head of the production would like to know how many work hours that the first 55% of the grand pianos need for completion. Use the data from problem 1 to answer this question for her. Please use excel or explain excel input to get answer

The numbers of polio cases in the world are shown in the table for various years. Year Number of Polio Cases (thousands) 1988 1992 1996 2000 2005 2007 350 138 33 3 3.2 1.3 Let f(t) be the number of polio cases (in thousands) t years after 1980. Copy the data to Desmos to draw a scatterplot of the data. Make sure to adjust the years so they represent years after 1980. a) Is it better to model the data with a linear or with an exponential model? [Select an answer b) Use regression in Desmos to find an appropriate model for f. Make sure to check Log mode in the parameter window in Desmos if you are fitting an exponential model. f(t) Round the coefficients to 4 decimal places. Hint: Use the variablet from the drop down menu when entering the equation. Do not just type in t. c) Predict the number of polio cases in 2013. d) Find the approximate half-life of the number of polio cases. Round the answer to one decimal place. years

my.cfisd.net :: Cypress-Fairbar x O CFISD K Kailey James - Surface Area Al x K Kailey James - Surface Area M X CFISD b web.kamihq.com/web/viewer.html?state%=%7B"ids"%3A%5B"1pVUxIxkvzK4Nr2xSTMFJuC4nLb DeyX3"%5D%2C"action"%3A"open"%2C"userld"%: FISD Bookmarks Typing practice m Poodll Record MP3. EDUTYPING LINK |. i Student Edu P A Kami Schoolo.. Kailey James - Surface Area Mixed Review.pdf 100% A wooden box in the shape of a rectangular prism is stained. 4 What is the surface area of the box? O 279 in.2 8 198 in.2 © 243 in.2 O 117 in.? 3 in. 6 in. 13.5 in.

(For Questions 17-19 and 20-24). The following data was collected from a clinical trial testing a new drug aimed to lower blood pressure for individuals older than age 45. Half of the 20 participants received the new drug (Treatment = Yes) and the other half of the participants received a placebo pill (Treatment = No). Their age and gender was also recorded. Please use this data for Questions 17-19 and 20-24 and note, not all the information in the table will be used for either problem, you must decide what is relevant based on what the problem is asking. Subject ID Treatment Age Gender BP_Before BP_After D1 Yes 65 F 103.3 80.5 D2 Yes 59 F 93.6 85.9 D3 Yes 60 M 92 85.2 D4 Yes 54 F 93 87.8 D5 Yes 65 F 95.4 85.3 D6 Yes 57 M 109.6 94.2 D7 Yes 69 M 97.9 83.9 D8 Yes 62 M 96 85 D9 Yes 49 F 98.4 86.3 D10 Yes 45 M 98.4 90 C1 No 63 F...

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Oliver and Tony work at a dentist office. They had a conversation one day about how much time it took to complete a routine cleaning for each patient. Tony wondered if the time since the last visit to the office was related to the length of a cleaning. Oliver went to the filing cabinet and came up with the following data: x = Months since last visit y = Length of cleaning (mins) 6 20 13 49 6 8 9 15 33 35 42 14 7 11 9 55 36 52 29 E SALETSTRANICZON RUSSAREN Co JINSIEMELLET