Free Microsoft Identity SC-300 Actual Exam Questions

D imo, since PIM works with security groups that are also Azure AD roles or role-enabled. If Group3 and Group4 fit that definition, they’d be manageable. Group1 and Group2 might just be regular security or distribution groups without PIM support. Without exact types, it’s tricky, but if we assume Group3 and Group4 are the privileged ones, D makes sense.

B/C? Group2 might be out if it’s not security-enabled, and Group4 sounds like a distribution group, which PIM doesn’t support either. So Group1 and Group3 seem safest.

It’s not A because policy sets manage multiple policies, which seems too broad here. B fits better since app configuration targets specific app settings directly in Endpoint Manager.

Not D, this isn’t about remote access but app setup, so B sounds best.

Option A makes the most sense since multi-stage attack detection relies on specific correlation rules. Data connectors (C) just feed data in; they don’t set detection criteria.

It’s A for me. Data connectors (C) bring in info, but they don’t do detection themselves. Playbooks (D) handle response after an alert fires, so they’re not about detecting multi-stage attacks either. Workbooks (B) are just for visualization and analysis, not actual detection. Customizing the rule logic lets you define the correlation and sequence needed to spot multi-stage attacks in real time, which fits the requirement best.

Option A seems right since license assignment usually requires a security group, not just any group or unit. OUs and distribution groups don’t handle licenses directly.

Makes sense to rule out B and C since OUs and distribution groups aren’t used for license allocation. Between A and D, I’d say A is the better pick because security groups are directly tied to license assignment, while administrative units are more about delegation and management rather than licensing. So yeah, A feels right here.

C. Access reviews work on groups and role assignments, so it makes sense to include Group1, Role1, and Contributor since these likely represent groups and assigned roles, not just standalone roles or resources.

C, since access reviews cover groups and role assignments, not just groups alone.

C Multi-factor authentication adds a layer of security without stopping users completely, so it fits the goal of remediating risk but still allowing access. It’s a good first move before enforcing stricter controls.

Maybe C. Setting up MFA first helps reduce risk without outright blocking access, so it fits the idea of remediation without lockout. That seems like a solid step before anything else.

Option C makes sense if the goal is to immediately start a sync cycle without changing any settings. It’s more about forcing the sync to happen now rather than configuring who or how users sync. So if the technical requirement is just syncing users quickly, this fits better than A or D, which deal with setup changes. B is more about scheduling, which might not be urgent here. Without more detail, C feels like the straightforward way to just sync users right away.

B imo, since Set-ADSyncScheduler lets you control the sync schedule itself, which is key if the technical requirements involve timing or frequency adjustments rather than just triggering a sync or changing sign-in methods.

Makes sense, Eligible (C) is needed and expiration (D) stops stale assignments. C/D

It’s C and D for me. Making assignments eligible (C) is a must, and setting expiration on those eligible assignments (D) helps keep things from lingering too long without review.

It’s B because SharePoint Admin doesn’t control security settings like Secure Score updates.

Maybe B. SharePoint Admin mostly handles SharePoint site and content management, not security settings like Secure Score. Since Secure Score deals with identity and security improvements, it probably requires a more security-focused role, like Security Admin or Global Admin, rather than SharePoint Admin. So, assigning SharePoint Admin doesn’t really give the right permissions to update Secure Score actions.

D, since the browsers need that zone setting to auto-send Kerberos tickets without user prompts.

It’s D because without trusting the Azure AD URLs in the intranet zone, the browsers won’t send the Kerberos tickets automatically, which breaks the seamless experience. The other options don’t directly affect this behavior.

I’m not sure option A fully removes existing permissions though, it might just add a new role on top. Wouldn't the quick action in C be designed to streamline exactly this kind of bulk change? Maybe it handles the replacement automatically?

Option A makes sense because creating a new role with just read-only permissions and assigning it to User1 could quickly replace all current permissions in one step. It seems less manual than managing individual requests or templates, which might take longer to apply across multiple permissions. So, option A could be a good fit if the goal is to minimize admin effort by centralizing permissions into one specific role.

A. I think only Admm1 can give admin consent here. User1 is just the owner but that doesn’t automatically include admin consent rights. The question says admin consent is required, and usually only specific admin roles can grant that, so it makes sense it’s limited to Admm1. Admin2 and Admin3 probably don’t have those consent permissions based on the exhibit. User1 being owner doesn’t affect admin consent capabilities directly.

I’m thinking A here. Since the app needs admin consent and the exhibit probably shows only Admm1 with those rights, User1 being just an owner doesn’t grant consent power by default. Admin2 and Admin3 likely don’t have consent privileges unless explicitly stated, so they’re out.

I think the key here is that the policy applies to "All trusted locations" but also requires MFA. Normally, trusted locations bypass MFA, but this one explicitly requires it. So access from 10.10.0.0/16 should still trigger MFA because it's included in the trusted location, but the policy says to require MFA anyway. The different MFA trusted IP range (193.17.17.0/24) probably doesn’t affect this policy directly since it’s about Conditional Access not the MFA settings themselves.

The policy applies MFA when users are in trusted locations, but since trusted locations are usually excluded from MFA, I think users from 10.10.0.0/16 won’t need MFA, so I’d say No for that statement.

I think setting up an alert in Azure AD for permission changes is key here, since it tracks when apps get new permissions like read/write on mail. Defender stuff feels off-topic for this specific permission alert.

I’d go with enabling audit logs for app registrations and setting alerts specifically on permission grants involving mail read/write scopes. That way, any app getting those permissions triggers an alert independently of sign-in risk.

The “Block external users from signing in” setting being Yes means no external user can sign in, so Guest3 added on April 4 can’t actually sign in after that date. Since removal is set to Yes with a 30-day countdown, Guest3 would be removed around May 4. Also, Guest1 and Guest2’s expiration on April 1 means their access package assignments end then, but the removal clock depends on when their access effectively ends, so the timeline matches the policy. This setup clearly enforces lifecycle for guests added both before and after the block setting.

Guest3’s removal countdown should start from when they’re added to the group, April 4, so yes fits the policy timeline. The 30-day removal is consistent with the tenant’s external user block settings.