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DAA-C01 PDF Dumps Apr 29, 2026 Recently Updated Questions [Q22-Q42]

DAA-C01 PDF Dumps Apr 29, 2026 Recently Updated Questions [Q22-Q42]

April 29, 2026 adminDAA-C01, SnowflakeDAA-C01 latest test cram pdf, DAA-C01 real braindumps, DAA-C01 reliable test camp sheet, download free dumps for DAA-C01, new DAA-C01 test discountLeave a Comment on DAA-C01 PDF Dumps Apr 29, 2026 Recently Updated Questions [Q22-Q42]

DAA-C01 PDF Dumps | Apr 29, 2026 Recently Updated Questions

DAA-C01 Exam Questions – Valid DAA-C01 Dumps Pdf

Q22. A data analyst is tasked with monitoring the performance of several Snowpipe data ingestion processes. They need to set up alerts based on the number of files failing to load within a specific timeframe. Which combination of Snowflake features and logging/monitoring practices would be MOST effective in achieving this?

 
 
 
 
 
Option A provides a robust solution by leveraging Snowflake’s PIPE_USAGE_HISTORY to query load errors. An external monitoring tool allows for advanced alerting capabilities beyond Snowflake’s native functionality. Option C offers another effective strategy using Snowflake’s event tables for capturing errors and using a stored procedure for customizable alerting based on defined thresholds. Options B and D are less directly related to tracking file loading failures specifically. Option E is not a proactive monitoring approach.

Q23. What types of Snowflake functions are available for data analysis and manipulation? (Select all that apply)

 
 
 
 
Snowflake functions include scalar, aggregate, and system functions for data analysis and manipulation.

Q24. Given the following data:

This SELECT statement is executed:

What will be the result?

 
 
 
 
To determine the correct result of the query, a Data Analyst must evaluate the nested functions according to standard SQL order of operations while correctly identifying how Snowflake handles NULL values in aggregate calculations.
Step 1: Evaluating AVG(GRADE)
The AVG() function calculates the arithmetic mean of the non-null values in a column. Based on the provided table data, the grades are: 4, 1, 2, 1, and 2. The sixth row contains a NULL grade. In Snowflake, as per ANSI SQL standards, aggregate functions ignore NULL values entirely. They are not treated as zeros, nor do they cause the function to return NULL (unless the entire column is null).
* Sum of non-null values: $4 + 1 + 2 + 1 + 2 = 10$
* Count of non-null values: $5$
* Result: $10 / 5 = 2.0$
Step 2: Evaluating CEIL(…, 2)
The CEIL (or CEILING) function is typically used to return the smallest integer value that is greater than or equal to the input. However, Snowflake’s CEIL function also supports an optional second argument for scale (precision).
* The input is the result from the previous step: 2.0.
* The scale argument is 2.
* The function CEIL(2.0, 2) attempts to round the value up to the nearest value with two decimal places.
Since 2.0 is already a whole number and has no fractional component beyond the specified scale, the ceiling remains 2.0.
Evaluating the Options:
* Option A is incorrect as it represents a massive scaling error.
* Option C and D are incorrect because they result from mathematical errors or incorrectly including the NULL row in the denominator (e.g., $10 / 6 = 1.66$, then rounded up).
* Option B is the 100% correct answer. It accurately reflects the result of the AVG function ($2.0$) followed by the CEIL operation, which preserves the value as it is already at the target ceiling. This question tests precision in both mathematical logic and the technical nuances of Snowflake-specific SQL functions.

Q25. A Data Analyst has been analyzing customer data in several worksheets. Each worksheet contains a complex query that provides clean and prepared data for visualizations. The Analyst has also created a Customer Overview dashboard in Snowsight. How should the Analyst add the worksheets in the Customer Analysis database to the dashboard, using the LEAST amount of operational overhead?

 
 
 
 
In Snowsight, worksheets and dashboards are tightly integrated to facilitate a smooth transition from data exploration to formal reporting. When a Data Analyst has already done the “heavy lifting”-cleaning and preparing data within standalone worksheets-Snowflake provides a direct way to convert those worksheets into dashboard tiles.
The “least operational overhead” method is to Move the existing worksheets into the dashboard. When you are in the dashboard view, you can select the option to add a tile and then choose an existing worksheet from your folders. This “Move” or “Add from Worksheet” action preserves the entire SQL statement, any formatting applied to the results, and the visualization settings (charts) that were already configured in the worksheet.
Evaluating the Options:
* Option B and C are technically possible but require significantly more effort (manual copy-pasting, switching windows, re-naming tiles). This increases the risk of human error and is not considered a high-efficiency workflow in Snowsight.
* Option D is the most complex and overhead-intensive option, requiring the analyst to sift through system logs to recover code they already have access to in their UI.
* Option A is the 100% correct answer. By moving or importing the worksheet directly into the dashboard as a tile, the analyst maintains the link between the development work and the final presentation with just a few clicks. Note that once a worksheet is moved into a dashboard, it essentially becomes a “tile” and is managed as part of the dashboard object.

Q26. You are using Snowpipe to continuously load data from an external stage (AWS S3) into a Snowflake table named ‘RAW DATA. You notice that the pipe is frequently encountering errors due to invalid data formats in the incoming files. You need to implement a robust error handling mechanism that captures the problematic records for further analysis without halting the pipe’s operation. Which of the following approaches is the MOST effective and Snowflake-recommended method to achieve this?

 
 
 
 
 
Snowflake’s ‘ERROR INTEGRATION’ feature, when configured with a pipe, automatically logs details of records that fail during ingestion to a specified stage. This provides a structured and readily accessible log of errors without interrupting the data loading process. Option A is not a native feature. Option B, while potentially usable, doesn’t directly integrate with pipes as the PRIMARY mechanism. Option C involves more manual intervention and doesn’t offer structured error logging. Option E defeats the purpose of automated loading via Snowpipe.

Q27. A Data Analyst has been asked to predict sales revenue through the end of the year. Which function will provide this information?

 
 
 
 
To predict future values based on historical data, an analyst must determine the mathematical relationship between two variables-typically time (independent variable) and revenue (dependent variable). This is the foundation of linear regression.
The REGR_SLOPE function is a linear regression function that calculates the slope of the “least squares” regression line for non-null pairs in a group. In the context of sales forecasting, the “slope” represents the rate of change in revenue over time. By calculating the slope, an analyst can project that trend forward to estimate what the revenue will be at a future date (the end of the year).
Evaluating the Options:
* Option A (CORR) measures the correlation coefficient, which tells you how strongly two variables are related (between -1 and 1), but it does not provide a mathematical formula to predict a specific future value.
* Option C (COVAR_SAMP) calculates the sample covariance, which indicates the direction of a linear relationship but not the magnitude or slope required for prediction.
* Option D (VARIANCE) is a descriptive statistic that measures data spread (how far numbers are from the mean) and is not used for trend projection or prediction.
* Option B is the 100% correct answer. Along with REGR_INTERCEPT, REGR_SLOPE allows the analyst to build the linear equation $y = mx + b$ to perform predictive analytics.

Q28. Consider a scenario where you are building a dashboard to monitor the performance of a marketing campaign. The data includes daily ad spend, website conversions, and cost per acquisition (CPA). The stakeholders need to quickly assess whether the campaign is meeting its target CPA. What visualization type would be MOST appropriate to display the current CPA compared to the target CPA, providing a clear and concise view of performance?

 
 
 
 
 
A gauge chart is specifically designed to display a single value (the current CPA) in relation to a target value (the target CPA). The color-coded zones provide an immediate indication of whether the campaign is performing well, needs improvement, or is failing. Line charts show trends, bar charts compare averages, and scatter plots show relationships. Pie chart showing CPA percentage against target CPA percentage do not accurately show CPA against target CPA, for better visualization gauge charts would be the preffered option

Q29. You need to create a dashboard for a logistics company to track delivery performance. The dashboard should display the following information: (1) Total number of deliveries per day, (2) Percentage of deliveries completed on time, (3) Average delivery time per city, (4) Number of deliveries exceeding the SLA (Service Level Agreement) by more than 1 hour. Which of the following chart combinations would be MOST effective to display this information in a clear and concise manner?

 
 
 
 
 
A Time series chart is best for showing trends over time (total deliveries per day). A scorecard provides a concise view of a key metric (percentage of on-time deliveries). A geographical map with color-coded cities effectively visualizes location-based data (average delivery time per city). A table provides detailed information on specific instances (deliveries exceeding SLA). Pie Charts are less ideal for percentage since it can be achieved better using Scorecard, heat grid not the best choice when geo is involved and it is less readable.

Q30. You have a table named USER ACTIVITY containing user interaction data’. The ‘TIMESTAMP NTT column stores timestamps without time zone information, while the ‘USER ID column stores IDs as VARCHAR. You need to identify users who have been active between a specific UTC time range, converting the ‘TIMESTAMP NTT column to UTC. Furthermore, you want to categorize users based on the number of activities recorded. Which of the following SQL queries best achieves this, efficiently utilizing Snowflake’s casting and data transformation capabilities?

 
 
 
 
 
Option D is best because: 1. It correctly addresses the time zone conversion. ‘TIMESTAMP NTZ stores timestamps without time zone. Since the question asks for activities between a specific UTC time range, the ‘TIMESTAMP_NTZ column needs to be converted to UTC for accurate comparison. 2. It correctly uses ‘UTC’, TIMESTAMP_NTZ)’ to convert from current timezone to UTC, thus all the activities between given date range, that means all users’ activity in current_timezone. It also considers Time Zone information is critical for date-related analysis. 3. It accurately categorizes users into ‘Frequent’ or ‘Infrequent’ based on the number of activities recorded through grouping by ‘USER_ID. Option A converts from UTC to some other timezone, which means all dates and comparison will be in that TZ. Option B converts data that has to be in valid TIMESTAMP format which is redundant. Option C won’t work because it does not convert data into TIMEZONE, so timezone conversion has to be done. Option E is incorrect because it is converting from UTC to the current timezone when we need to compare against a UTC range, so we should convert from current timezone to UTC.

Q31. You are tasked with loading multiple CSV files from an external stage into a Snowflake table. The files have the following naming convention: HHMlSS.csv’ (e.g., ‘data_20240101 120000.csv’). You need to load all the files that were created on or after ‘2024-01-01’ into the ‘target_table’. Which of the following approaches can be used to load those data?

 
 
 
 
 
Option B is a viable solution. COPY INTO can be combined with METADATA$FILENAME filtering to load files matching a criteria. Option E provides a better, more efficient solution that leverages the ‘METADATA$FILENAME’ pseudo-column to filter files directly within the ‘COPY INTO’ statement using regular expressions or string functions to extract and compare the date from the filename. Option A will work but is very inefficient. Option C will work, but complex to maintain. Option D is more complex to setup than option E. Snowpipe generally does not accept a single COPY command but rather an ongoing copy operation

Q32. You are designing a data ingestion pipeline to collect clickstream data from a high-traffic e-commerce website. You anticipate a daily data volume that fluctuates significantly, ranging from 5 TB to 20 TB. To optimize Snowflake costs and ensure efficient data loading, which combination of Snowflake features and ingestion methods would be MOST effective for identifying the accurate data volume before the data is fully loaded into a production table?

 
 
 
 
 
Option D is the most effective because it directly measures the volume of data before it is fully loaded into Snowflake, allowing for accurate volume identification and cost optimization. Using cloud provider SDK to check the data volume will help to estimate cost and volume.

Q33. You are a data analyst at a retail company. You need to calculate the total sales for each product category, but only for categories where the average unit price is above $50 and the number of sales transactions exceeds 1000. Which Snowflake SQL query would efficiently achieve this?

 
 
 
 
 
Option D correctly uses the HAVING clause to filter aggregated results based on both the average unit price and the count of transactions. Option A does not consider distinct transaction_id, Option B includes the aggregate functions in where clause which is not valid, option C uses subquery which adds overhead, option E uses QUALIFY that is not suitable to this scenario.

Q34. You are analyzing customer order data in Snowflake and need to determine if there is a statistically significant correlation between the number of items in an order (‘ITEM COUNT) and the total order value CORDER VALUE’). You have a table named ‘ORDERS’ with columns ‘ORDER ID’, ‘ITEM COUNT’, and ‘ORDER VALUE’. Which of the following Snowflake functions or methods, used in combination, would be the MOST appropriate and statistically sound for calculating the correlation coefficient between these two variables, taking into account the need to handle potential NULL values appropriately?

 
 
 
 
 
The ‘CORR function in Snowflake can calculate the Pearson correlation coefficient. However, NULL values can affect the result. Option E correctly handles this by explicitly filtering out rows containing NULL values in either column using a ‘WHERE’ clause, ensuring that the ‘CORR function is applied only to complete pairs of data. Replacing NULL with zero can skew the distribution. Manual computation using AVG and STDDEV POP are more error prone and time taking.

Q35. A retail company uses Snowflake to store sales data’. They have a dashboard showing daily sales trends, powered by a materialized view The sales data is updated every hour. The dashboard team reports that the dashboard sometimes shows stale data’. They want to ensure the dashboard always reflects the latest sales figures without significantly impacting warehouse costs. Which of the following strategies is MOST effective?

 
 
 
 
 
Scheduling a task to refresh the materialized view directly after the data load provides the best balance between data freshness and cost control. Increasing warehouse size (A) is expensive. Changing to a standard view (B) eliminates the performance benefits of the materialized view. AUTO REFRESH (D) might not refresh immediately and is less precise. Dropping and recreating (E) is highly inefficient.

Q36. How do secure views contribute to data analysis practices in terms of access control and data security?

 
 
 
 
Secure views enhance data security while allowing selective data access.

Q37. You are analyzing sales data from different regions stored in a Snowflake table named ‘sales_data’. The table includes columns: ‘transaction_id’ (VARCHAR), ‘region’ (VARCHAR), ‘sale_date’ (DATE), and ‘sale_amount’ (NUMBER). You discover the following data quality issues: The ‘region’ column contains inconsistent entries such as ‘North’, ‘north’, ‘NOrth ‘, and ‘ South’. The ‘sale_amount’ column has some values that are stored as strings (e.g., ‘100.50’) instead of numbers, causing errors in aggregation. There are duplicate records identified by the same ‘transaction id’. Which set of SQL statements, executed in the given order, provides the MOST effective and efficient way to address these data quality issues in Snowflake?

 
 
 
 
 
Option E presents the most efficient and effective solution. It combines all three data cleaning steps into a single operation using a CTE. First, standardizes the region name with trim and lowercase. Second, remove duplicate records based on transaction ID. And most important, it correctly handles the ‘sale_amount’ conversion using TRY_TO_NUMBER inside the CTE to avoid errors and ensures accurate aggregations down stream. This approach minimizes the number of table scans and UPDATE operations, improving performance. Option A fails on how to remove duplicates correctly using TRY_TO_NUMBER to convert the sale amount correctly and data type changes are not possible via ALTER statements if strings are present. Options B, C, and D does not combine all in one single CTE operations and are slower.

Q38. A scorecard tile on a Snowsight dashboard shows a comparison between the industry average employee age (which is 34) and a company’s average employee age (which is 38). The scorecard tile looks like this:
Comparison with industry average

How should this tile be interpreted?

 
 
 
 
In Snowsight, the Scorecard chart type is specifically designed to highlight a single key metric (the “Value”) and optionally compare it against a static or dynamic benchmark (the “Comparison”). This visualization is a core component of the Data Presentation and Data Visualization domain, as it provides an immediate “at-a- glance” status for high-level KPIs.
1. Interpreting the Scorecard Components:
* Primary Value: The large, bold number (38) represents the actual value calculated by the underlying query. In this scenario, it is the company’s average employee age.
* Secondary Metric (The Percentage): When a scorecard is configured with a comparison value, Snowsight automatically calculates the percentage difference between the primary value and that comparison.
* Visual Indicators: The green upward arrow indicates that the primary value is higher than the comparison value. If the value were lower, the arrow would point downward and typically appear in red.
2. The Mathematical Calculation:
The 12% shown in the exhibit is the result of the percentage change formula:

Evaluating the Options:
* Options A and D are incorrect because they misidentify the large number (38) as the “comparison.” In Snowflake’s UI, the large number is always the primary metric being tracked, not the target it is being measured against.
* Option B is incorrect because the percentage in a scorecard represents relative difference, not a statistical measure like standard deviation.
* Option C is the 100% correct interpretation. It correctly identifies 38 as the current company value and 12% as the calculated difference from the industry benchmark of 34. This level of visual literacy is expected of a SnowPro Advanced: Data Analyst to ensure dashboard insights are communicated accurately to stakeholders.

Q39. A telecommunications company wants to segment its customers based on their usage patterns for targeted marketing campaigns. You have access to a table named ‘CUSTOMER USAGE with the following columns: ‘CUSTOMER ONT), ‘DATA USAGE GB’ (FLOAT), ‘VOICE CALL MINUTES (INT), and (INT). Which of the following Snowflake features or techniques would be MOST appropriate for performing customer segmentation and determining distinct customer clusters?

 
 
 
 
 
Options B and E are the most appropriate. Option B leverages Snowflake’s UDF capabilities for in-database processing, allowing for potentially complex custom clustering algorithms. Option E allows integration with external machine learning platforms to take advantage of pre- built, optimized machine learning models. Option A is not appropriate because it just provides a count of distinct patterns, not the clustering itself. Option C is not scalable or maintainable for complex segmentation. Option D provides ranking, but not clustering or segmentation in the sense intended by the question.

Q40. You are building a Data Vault model in Snowflake. You have identified a Hub for Customers, a Link table relating Customers to Addresses, and several Satellite tables storing descriptive attributes of both Customers and Addresses. A new business requirement emerges: you need to efficiently query the model to find all Customers who have lived at the same Address as another Customer at any point in time. Which of the following approaches is MOST efficient and scalable for implementing this query in Snowflake, without significantly impacting the Data Vault’s core principles?

 
 
 
 
 
A materialized view is the most efficient and scalable option. It pre-computes the result, making subsequent queries very fast. Creating a new Link table within the Data Vault would violate its principle of representing facts as they occur. Search optimization service can help, but might not be as efficient as a pre-computed result. A stored procedure iterating through all records is highly inefficient. Adding an array to a Satellite table will cause potential data integrity issues and performance bottlenecks as the array grows, while also deviating from the data vault principles.

Q41. How do Stored Procedures contribute to the efficiency of data analysis using SQL?

 
 
 
 
Stored Procedures aid in data analysis by enabling the execution of repetitive tasks, thereby enhancing efficiency.

Q42. Which actions are pertinent in identifying demographics and relationships during diagnostic analysis? (Select all that apply)

 
 
 
 
Analyzing statistical trends and collecting related data are crucial in identifying demographics and relationships during diagnostic analysis.

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