Three (3) flows (Flow-A, Flow-B and Flow-C) are being executed on the same work item. So far, Flow-A has reached its 5th and last assignment, Flow-B has reached its 3rd assignment, and 4th and last assignment of Flow-C has just been created.
All assignments are routed to a user's worklist.
How many records related to this work item would you expect the pc_assign_worklist table to hold? (Choose One)

• A. 1
• B. 12
• C. 11
• D. 3

PRPC's branching ability is most appropriate to use when __________. (Choose One)

• A. several development teams work on different enhancements in a RuleSet simultaneously that will go into production at the same time
• B. several development teams simultaneously work on the same enhancement in a RuleSet and it is not known ahead when the enhancement will go into production
• C. the single and only development team work on an enhancement in a RuleSet and it is not known ahead when the enhancement will go into production
• D. several development teams work on different enhancements in the same RuleSet simultaneously and it is not known ahead which enhancements will go into production first

Items in a chart legend are shown multiple times (see screenshot).

What is a likely explanation for this observation? (Choose One)

• A. "Rotate Axes" is checked
• B. "Uniform Minor Group" is checked
• C. "Rotate Axes" is unchecked
• D. "Uniform Minor Group" is unchecked

The home loan application uses a PRPC SOAP connector to get the credit score of the applicant from an external webservice hosted by a third party company. The application determines the risk level for the applicant based on this score. The underwriting group handling these cases must be able to specify the risk level that is appropriate to a score band.
When the CSR is working on the case, the application invokes the SOAP connector to get the credit score and the external service returns the credit score of the applicant. However, since the information is confidential, it is required to display the risk level of the applicant based on their score and not the actual score.
Given the above requirements which of the following approaches is most appropriate? (Choose One)

• A. Create a thread level declare page that has the credit score to credit rating level predefined using an activity and a data transform that is used to set relationships. At runtime when the service returns the score loop through the declare page to get the rating level of the applicant
• B. Create a node level declare page that has the credit score to credit rating level predefined using an activity and a data transform that is used to set relationships. At runtime when the service returns the score loop through the declare page to get the rating level of the applicant
• C. Create a PRPC connector to retrieve the credit score when appropriate. Create a new decision table or tree that returns risk level for the credit score range. Write a declare expression on the credit score property to call the decision rule
• D. Build a new service on top of the third party service that returns the risk level based on the credit score. Create a PRPC connector that connects with the new service instead of connecting with the third party service
• E. Create a new decision table or tree that returns risk level for the credit score range. In the connector activity rule add a step to invoke the decision rule to get the credit rating level