Latest SASInstitute A00-215 Test Labs, New A00-215 Exam Name

We become successful lies on the professional expert team we possess, who engage themselves in the research and development of our A00-215 learning guide for many years. So we can guarantee that our A00-215 exam materials are the best reviewing material. Concentrated all our energies on the study A00-215 learning guide we never change the goal of helping candidates pass the exam. Our A00-215 test questions’ quality is guaranteed by our experts’ hard work. So what are you waiting for? Just choose our A00-215 exam materials, and you won’t be regret.

SASInstitute A00-215: SAS Certified Associate: Programming Fundamentals Using SAS 9.4 exam is designed for individuals who want to pursue a career in the field of data analytics. A00-215 exam measures the candidate's proficiency in SAS programming fundamentals using SAS 9.4 software. SAS 9.4 is a powerful statistical software used by organizations worldwide to manage and analyze data.

SASInstitute A00-215 Certification Exam is a computer-based exam that comprises 65 multiple-choice and short-answer questions. Candidates have 110 minutes to complete the exam, and the passing score is 70%. A00-215 exam is administered at SASInstitute testing centers worldwide.

>> Latest SASInstitute A00-215 Test Labs <<

New SASInstitute A00-215 Exam Name & Review A00-215 Guide

TopExamCollection believes in customer satisfaction and strives hard to make the entire SASInstitute A00-215 exam preparation process simple, smart, and successful. To achieve this objective the TopExamCollection is offering the top-rated and real A00-215 exam questions in three different A00-215 Exam study material formats. These A00-215 exam questions formats are SASInstitute A00-215 PDF dumps files, desktop practice test software, and web-based practice test software.

SASInstitute SAS Certified Associate: Programming Fundamentals Using SAS 9.4 Sample Questions (Q238-Q243):

NEW QUESTION # 238
You have a dataset called 'sales' with sales data for different products. You want to calculate the mean, standard deviation, and median sales values for each product category, displaying the mean and standard deviation to three decimal places. The dataset has variables 'product_category', 'product_name', and 'sales_amount'. Which PROC MEANS statement correctly performs this task?

Answer: B

Explanation:
The correct answer is option A. The MAXDEC=3 option within the PROC MEANS statement specifies that all statistics, including the mean and standard deviation, should be displayed with three decimal places. The CLASS statement specifies 'product_category' as the grouping variable, and the VAR statement selects 'sales_amount' for analysis. The OUTPUT statement creates a new dataset called 'summary_report' containing the calculated statistics for each product category Option B tries to use a FORMAT statement to control the formatting of the output variables after the PROC MEANS step, which is not the most efficient approach. Option C uses the MAXDEC option with the variable name, but it is not necessary to specify the variable name since it's applying to all variables within the PROC MEANS step. Option D doesn't use the MAXDEC option, so the output will display the default number of decimal places. Option E uses 'product_name' in the CLASS statement, which is incorrect as the grouping should be by 'product_category' Only option A effectively uses the MAXDEC= option within PROC MEANS to achieve the desired output formatting for the mean and standard deviation while correctly grouping by 'product_category' and calculating the median.

NEW QUESTION # 239
You have a dataset named 'SALES' with variables 'Region', 'Product', and 'Quantity'. You want to create a new variable 'SalesValue' based on the following logic: If 'Product' is 'A', then 'SalesValue' = 'Quantity' , 10; If 'Product' is 'B', then 'SalesValue' = 'Quantity' , 15; Otherwise, 'SalesValue' = 'Quantity' , 20. Which code snippet correctly implements this logic in the DATA step?

Answer: D

Explanation:
Option A is the correct code snippet as it uses the correct syntax for the IF-THEN-ELSE statement in SAS. The statement checks the value of the Product' variable and assigns 'SalesValue' accordingly. Option B uses separate IF statements without the ELSE clause, which can lead to incorrect calculations if multiple conditions are met. Option C has redundant IF statements and doesn't consider the 'otherwise' condition. Option D checks for specific values (C and D) in the 'else' clause which might not be appropriate based on the given logic. Option E is the same as option A.

NEW QUESTION # 240
Which option renames the variable Name to StudentName when reading the ClassRoster data set?

A. set ClassRoster (renaiae=(Name=studentName) ) ;
B. set ClassRoster (rename (StudentName=Name ) ) ;
B set ClassRoster (rename (NamestudentName) ) ;
C. set ClassRoster (