Microsoft Power Platform Solution Journey: 10 practice questions

Question 1 of 10

Which description best defines Microsoft Power Platform?

1. AA low-code platform for customized end-to-end business solutions
2. BA desktop suite for writing documents and presentations
3. CA single mobile application dedicated to entering and approving business records
4. DA database engine dedicated to analytical report storage

Question 2 of 10

Which list contains the five Power Platform product areas in the product overview?

1. ACopilot Studio, Power Apps, Dataverse, Azure Functions, and Power Pages
2. BPower Apps, Power BI, Power Pages, Azure SQL, and Dynamics 365
3. CCopilot Studio, Power Apps, Power Automate, Power BI, and Power Pages
4. DPower Apps, Power Automate, Power BI, Dataverse, and Microsoft Teams

Question 3 of 10

What role does Microsoft Dataverse play in the introductory Power Platform map?

1. AIt creates interactive analytics and distributes visual reports
2. BIt provides underlying technology and managed table-based business data
3. CIt supplies secure external websites and their responsive browser presentation layer
4. DIt runs repetitive desktop interactions as attended automation

Question 4 of 10

How do canvas and model-driven apps differ at the introductory level?

1. ACanvas apps define navigation through Dataverse; model-driven apps use a canvas designer
2. BCanvas apps require Dataverse; model-driven apps use connectors without it
3. CCanvas apps emphasize screen control; model-driven apps are built on Dataverse
4. DCanvas apps are shaped by the data model; model-driven apps give full screen control

Question 5 of 10

Which distinction between Power Automate flow types is accurate?

1. ACloud flows need an available machine for every run; desktop flows never require one
2. BCloud flows run only on a schedule; desktop flows are the only way to start work manually
3. CCloud flows replay clicks in a desktop application; desktop flows react to connector events
4. DCloud flows react manually, by event, or on schedule; desktop flows automate interactive tasks

Question 6 of 10

Which product-to-outcome mapping is correct?

1. APower BI for shared insights and Power Pages for external-facing websites
2. BPower BI for agent flows and Power Pages for custom connector logic
3. CPower BI for table security and Power Pages for scheduled cloud flows
4. DPower BI for desktop automation and Power Pages for internal mobile apps

Question 7 of 10

What is the soundest first framing for a connected Power Platform solution?

1. AIdentify the business outcome and data, then select the product areas that fit
2. BTake the product areas the organization already licenses and fit the outcome to them
3. CDesign the data model first and let the tables decide the outcome and the audience
4. DStart with custom code, then decide whether a low-code capability was necessary

Question 8 of 10

A shipment plan has agreed roles and a proposed table list. One member wants to map how a status update and a logged exception move between coordinators, dispatch, and customer service before the tables are fixed; another wants to freeze the tables now so the apps can be generated this week. Which refinement should the team take?

1. AMap the process first, because the validated workflow is what the data model and the components rest on
2. BFreeze the tables now, because mapping the process is only useful once components exist to test it against
3. CFreeze the tables now, because the agreed roles already describe the workflow the generated screens will show
4. DMap the process first, then treat the approved plan as final so no component is revised after generation

Question 9 of 10

A draft plan uses a canvas app for dispatchers, Dataverse for shipment data, and a flow for alerts. Review shows that dispatchers primarily manage many related records through consistent forms and views. Which refinement best preserves the rest of the design?

1. AAdd a Power BI report as the dispatcher editing surface and remove both apps from the plan
2. BReplace the dispatcher canvas app with a model-driven app while retaining Dataverse and the alert flow
3. CReplace Dataverse with local app collections while retaining the canvas app and alert flow
4. DReplace the alert flow with a Power Pages site while retaining the canvas app and Dataverse

Question 10 of 10

A supplier onboarding plan proposes a Power Pages portal, Dataverse tables, an approval flow, and an agent. Business users confirm that it matches the real process, the launch date is close, and nobody has looked at access, connectors, or the environment strategy. Which plan is sound?

1. AGenerate every component now and let IT review the access and connector questions on the running solution
2. BTreat the business sign-off as the approval, since the people who know the process have accepted the plan
3. CGenerate the portal and the tables now, holding back only the approval flow and the agent until IT finishes
4. DLet IT review security, data access, connectors, and environments, refine what it flags, then generate