Q31
Q31 What is the purpose of UI automation in RPA?
To replace databases
To extract and manipulate UI elements
To perform backend process automation
To develop new enterprise applications
Q32
Q32 Which of the following techniques is commonly used for UI element identification in RPA?
Image recognition
XPath selectors
CSS attributes
AI-based element detection
Q33
Q33 What is an anchor-based selector in RPA?
A selector that depends on fixed element coordinates
A selector that dynamically adjusts based on a nearby reference element
A hardcoded element identifier
A method for defining UI components using AI
Q34
Q34 When should image-based automation be used in RPA?
When selectors are stable
When UI elements are text-based
When UI elements lack identifiable selectors
When UI elements are rendered using images
Q35
Q35 Why is UI automation more fragile than API-based automation?
UI elements change more frequently
APIs are not affected by UI updates
UI automation relies on screen resolution
UI automation is dependent on application UI stability
Q36
Q36 How can an RPA bot handle dynamic UI elements?
Use hardcoded selectors
Utilize wildcards and dynamic selectors
Avoid automating dynamic elements
Use variable-based UI identifiers
Q37
Q37 In UiPath, which activity is used to extract text from a UI element?
Get Text
Click
Send Hotkey
Type Into
Q38
Q38 What is the difference between full-text and OCR-based screen scraping in RPA?
Full-text uses UI selectors, OCR extracts text from images
Full-text is slower, OCR is faster
OCR is more accurate
Full-text requires AI training
Q39
Q39 Which OCR engine is commonly used in RPA for text recognition?
Google Tesseract
TensorFlow
MySQL
Kubernetes
Q40
Q40 A bot fails to identify a UI element during execution. What should be checked first?
The selector attributes
The bot’s log files
The screen resolution
The bot’s internet connection
Q41
Q41 An RPA bot is failing due to a UI element loading slowly. What is the best solution?
Increase the bot’s speed
Use a delay before interacting
Enable implicit wait or retry mechanism
Adjust timeout settings for UI elements
Q42
Q42 A bot using image-based automation is failing inconsistently. What is the most likely cause?
High CPU usage
Screen resolution mismatch
Network latency
Incorrect OCR engine selection
Q43
Q43 What is the primary purpose of data handling in RPA?
To modify system architecture
To store and process structured and unstructured data
To replace databases with bots
To create new automation tools
Q44
Q44 Which of the following is an example of structured data in RPA?
A handwritten note
An Excel spreadsheet with tables
A scanned document
A voice recording
Q45
Q45 How does RPA handle unstructured data?
By converting it into structured data
By ignoring it
By processing it without modification
By using predefined formats
Q46
Q46 Which data format is commonly used for exchanging data between RPA bots and APIs?
JSON
TXT
CSV
Q47
Q47 What is the role of a data queue in RPA?
To store and process transactions asynchronously
To speed up bot execution
To delete unnecessary data
To store logs only
Q48
Q48 How can an RPA bot efficiently process large datasets?
By using loops and batch processing
By manually splitting data
By running one transaction at a time
By storing all data in memory
Q49
Q49 Which activity is used in UiPath to read data from an Excel file?
Read CSV
Read Range
Write Cell
Append Line
Q50
Q50 In Blue Prism, which stage is used to assign values to data items?
Decision Stage
Calculation Stage
Page Stage
Collection Stage
Q51
Q51 What is the best way to handle large JSON responses in RPA?
Parse the JSON using built-in activities
Convert JSON to XML
Store JSON as plain text
Ignore nested data
Q52
Q52 A bot fails to read data from an Excel file. What should be checked first?
The file path and format
The bot's execution speed
The system's internet connection
The RPA tool's license status
Q53
Q53 A bot processing CSV data encounters missing values. What is the best approach?
Skip missing values
Use default values or imputation techniques
Stop execution
Manually update the data
Q54
Q54 An RPA bot throws an "Out of Memory" error when processing large data files. What is the best solution?
Use pagination and batch processing
Increase RAM
Restart the bot frequently
Avoid processing large files
Q55
Q55 What is the purpose of exception handling in RPA?
To intentionally stop bot execution
To handle unexpected errors and ensure smooth execution
To prevent logging of errors
To avoid using conditions in workflows
Q56
Q56 What is the difference between system exceptions and business exceptions in RPA?
System exceptions are bot-specific, while business exceptions are due to logic errors
Business exceptions occur due to system crashes
System exceptions are always recoverable
Business exceptions cannot be logged
Q57
Q57 Which of the following is an effective strategy for handling exceptions in RPA?
Ignoring exceptions
Implementing retry mechanisms and logging errors
Manually handling every error
Stopping the bot immediately on an error
Q58
Q58 What is a best practice for error handling in RPA?
Using a global exception handler
Avoiding error handling to increase bot speed
Handling exceptions only in the main workflow
Stopping execution on the first error
Q59
Q59 When should an exception be rethrown in an RPA process?
When the error should be ignored
When additional logging is required before failing
When the error is handled successfully
When the error occurs due to network issues
Q60
Q60 In UiPath, which activity is used to catch and handle errors?
Try-Catch
Throw
Terminate Workflow
Log Message
