WorksheetsRecap Quiz - Lesson 3
Total questions: 10
Worksheet time: 5mins
You are designing a no-code workflow to handle new support tickets. What is the main purpose of creating a process map before you start building the automation?
To avoid having to add any error handling later
To visualize every step, decision, and outcome so the workflow logic is clear
To ensure the workflow runs on the fastest possible servers
To choose which app integrations to install first
In a no-code workflow, what is the main role of a router component?
To stop the workflow whenever any error occurs
To validate user input fields before a form is submitted
To permanently store all workflow data for reporting
To split one incoming path into multiple branches based on defined conditions
You want only high-value leads to move forward to a sales follow-up step. Which workflow element is best suited to enforce this rule?
An error handler that retries failed lead records
A router that always sends all items to every branch
A delay step that pauses all items for 24 hours
A filter that allows only items matching specific lead criteria to pass
When mapping a process for a no-code workflow, where should you typically place error-handling steps?
Near critical steps and integrations where failures would have significant impact
Only around filters, because they are most likely to fail
Only at the very end of the workflow, after all other steps
At every point where there is a decision router
A Make.com scenario calls an external HTTP API as part of a critical financial workflow. Sometimes the API returns 500 errors. According to the error-handling framework taught in class, which combination is most appropriate?
Use “Ignore” and proceed silently whenever 500 appears
Use “Rollback” on all 4xx and 5xx responses to keep data consistent
Implement a retry strategy only for transient faults (e.g., 500), with logging and correlation IDs
Immediately stop the scenario and disable it on the first 500 error
You are in early discovery for an event-management automation. Which mapping tool is most appropriate to clarify who supplies what inputs and who receives what outputs, before you worry about detailed flow logic?
BPMN-lite with swimlanes
SIPOC
Value Stream Mapping
Detailed Make.com scenario diagram
In a no-code workflow, what is the main difference between a router and a filter?
A router makes branching decisions, while a filter controls whether an item can pass a specific point
A router only handles errors, while a filter only handles success cases
There is no meaningful difference; they are interchangeable
A router is used only at the start of a workflow, while a filter is used only at the end
You need to design error handling for a step that enriches data from an external service. The business requires that processing continues even if enrichment fails, but the failure must be visible. What is the best approach?
Fail the entire workflow when enrichment fails
Skip the enrichment step in the process map
Add an error branch that logs the failure and continues with default values
Remove the error handling so the workflow never shows failures
Which situation is the best candidate for handling via an “Ignore” error directive on a Make.com module, rather than rollback or stopping the scenario?
A 401 Unauthorized error due to an expired token on the main data source
A 400 Bad Request caused by a required field missing in the payload
An intermittent 429 Too Many Requests returned by a rate-limited API
A non-critical Slack notification failing, while the main database write succeeded
When drawing a simple linear process map for automation design, which principle most directly helps avoid misinterpreting the order of operations?
Using as many symbols as possible to capture nuance
Alternating vertical and horizontal flows to save space
Representing time and logical sequence from left to right without crossing lines
Grouping all decisions at the end of the diagram to simplify notation
