220-1102 CompTIA A+ Certification Core 2 Exam Free Practice Exam Questions (2025 Updated)

The user should configure extensions/add-ins. Since the issue involves a browser plug-in, checking if the extension or add-in is enabled or properly configured can resolve the issue. If the plug-in is disabled, the OTP prompt will not appear as expected.

When an employee is unable to access the company portal using a VPN on their personal smartphone, the most likely cause is:

The smartphone is not enrolled in MDM service: Mobile Device Management (MDM) services often control access to company resources. If the smartphone is not enrolled, it may be blocked from accessing the VPN and, consequently, the company portal.

The application must be purchased by the company: Unlikely, as most VPN applications are free to download or included in the company's software package.

The smartphone is not on the latest OS version: While this could cause compatibility issues, it is less likely than the MDM enrollment issue.

The application fails to install and launch: This would be a different problem and would usually present specific error messages.

BitLocker is a full-disk encryption feature included with certain editions of Windows, designed to protect data by providing encryption for entire volumes.

Option A: FileVaultFileVault is a disk encryption program in macOS, not Windows.

Option B: BitLockerBitLocker is the correct tool for disk encryption on Windows operating systems, providing full disk encryption.

Option C: Private KeyA private key is part of public key infrastructure (PKI) used in encryption, but it is not a tool for disk encryption by itself.

Option D: PowerShellPowerShell is a task automation and configuration management framework from Microsoft, not a tool for disk encryption.

To ensure data is unrecoverable on a lost or stolen mobile device, the best solution is:

Remote wipe: This feature allows the device owner or IT administrator to remotely erase all data on the device, ensuring that it cannot be recovered by unauthorized users.

Device encryption: While important for protecting data, encryption alone does not remove data from the device.

Data backup: Ensures data is saved elsewhere but does not make it unrecoverable on the lost or stolen device.

Fingerprint reader: Provides security for accessing the device but does not affect data recovery if the device is compromised.

Enabling an allow list (Option D) will limit access to the wireless network by only allowing devices with specified MAC addresses to connect. This is an effective method for minimizing Wi-Fi access in a crowded environment.

Port forwarding (Option A) controls traffic through specific ports but doesn't minimize wireless access.

Unused ports (Option B) could refer to physical network ports or firewall settings, unrelated to controlling Wi-Fi access.

Disabling SSID broadcast (Option C) might hide the network name but doesn't secure access.

CompTIA A+ Core 2 References:

2.9 - Configure security settings for SOHO networks, including MAC filtering .

When a legacy application is not fully functional after upgrading the Windows operating system, the first step to troubleshoot the issue is to:

Run the application as Administrator: Legacy applications often require administrative privileges to run correctly. Running the application with these privileges can resolve issues related to permissions and access to certain system resources.

Raise the User Account Control level: This increases security prompts but does not resolve compatibility issues.

Turn off Windows Defender Firewall: This can expose the system to security risks and is unlikely to resolve application functionality issues.

Disable compatibility mode for the application: Compatibility mode should generally be enabled for legacy applications to ensure they run properly on newer OS versions.

Detailed Explanation with Core 2 References:A "No OS found" message often occurs if the PC is trying to boot from an external storage device that does not contain an OS. Removing any external devices and rebooting can resolve this issue. This approach is part of troubleshooting boot-related problems, as emphasized in Core 2 (Core 2 Objective 3.1)​.

To minimize impact on users and control costs, scheduling backups after peak hours reduces network and system load during busy times, ensuring business operations aren’t disrupted. Using the built-in Windows backup utility leverages existing tools without additional software expenses. Running backups when users log in can delay user activities. Installing backup software on every workstation increases complexity and cost. Frequent hourly backups may overload systems and create excessive storage use. Core 2 operational procedures emphasize efficient scheduling and cost-effective solutions like built-in OS tools to meet backup policy objectives.

The first step in securing a newly installed SOHO (Small Office/Home Office) wireless router is to ensure it has the latest firmware installed. Firmware updates often include important security patches and new features that protect the router from known vulnerabilities. Other actions, like disabling unused ports or guest accounts, can be useful for hardening the security, but they should come after the router is running the most recent and secure version of its firmware.

In the Windows OS, to grant a user permissions equivalent to root-level permissions (which means full control over the system), the user needs to be given:

Administrator: The Administrator role provides full control over the system, including the ability to install and uninstall software, change system settings, and access all files and directories.

Power: The Power User role provides some administrative capabilities but not full control. It is a legacy role with fewer permissions than Administrator.

Default: This refers to a standard user account with limited permissions.

Superuser: This term is more commonly associated with Unix/Linux systems and is not a specific role in Windows.

Creating a domain and joining the workstations to it provides centralized management and control over the computers, making the environment much more manageable.

Here's why a domain is beneficial:

Centralized administration: Manage user accounts, security policies, software installations, and updates from a single location (the domain controller).

Group Policy: Implement and enforce security policies, configure system settings, and control user access to resources.

Simplified updates: Deploy software updates and patches to multiple computers simultaneously.

Improved security: Enforce stronger password policies, control access to sensitive data, and enhance overall network security.

Here's why the other options are less suitable:

A. Downgrade all workstations from the Pro version to the Home version of the OS: The Home version has fewer features and management capabilities than the Pro version, making it less suitable for a business environment.

B. Upgrade all workstations from the Pro version to Pro for Workstations: While Pro for Workstations has advanced features, it's designed for high-performance tasks and might not be necessary for all users.

D. Make sure all workstations are operating under the same workgroup name: While being in the same workgroup allows for basic network sharing, it doesn't provide the centralized management capabilities of a domain.

Multifactor authentication (MFA) requires two or more independent credentials from different categories: something you know, something you have, and something you are. Mobile applications (such as authenticator apps) and Short Message Service (SMS) text codes are common second factors, representing "something you have." Video surveillance, access control lists, door locks, and login scripts are security controls but not authentication factors for logging into a system. The official CompTIA Core 2 content highlights mobile authenticators and SMS as standard MFA methods to secure systems against unauthorized access.

The correct answer is Administrative Tools (Option D), which provides access to several system utilities, including those needed for managing system files and settings. Since the user already has local administrator privileges, this would allow them to edit system properties efficiently.

File Explorer Options (Option A) manage general file display settings but do not provide administrative access.

Ease of Access (Option B) is related to accessibility settings, not file management.

Indexing Options (Option C) control how files are indexed for search, but are unrelated to system file editing.

CompTIA A+ Core 2 References:

1.3 - Use features and tools of the Windows operating system, including Administrative Tools​​.

For issues related to constant, unwanted pop-ups and browser window problems, a careful approach that minimizes impact to the user's data and productivity is advisable:

Perform a full-system, antivirus scan: This step involves using antivirus software to scan the entire system for malware or adware that might be causing the pop-ups and browser issues.

Check browser notifications: Some unwanted pop-ups may result from browser notification permissions inadvertently granted to malicious or spammy websites. Reviewing and adjusting these settings can help stop the pop-ups.

When dealing with an angry customer, active listening and empathy are crucial. Even if the technician believes the issue has been resolved, the customer’s concerns must be acknowledged professionally.

Option A (Incorrect): Insisting that the customer is correct and simply documenting the concern does not resolve the issue. The technician should aim to engage with the customer constructively.

Option B (Incorrect): While listening is important, completely staying silent without engaging in a discussion does not help in resolving the issue.

Option C (Incorrect): Escalating the issue immediately without attempting to resolve it first is not the best approach unless all other options fail.

Option D (Correct): Apologizing and asking what would help resolve the issue demonstrates empathy and professionalism. It helps defuse the situation and allows for an opportunity to find a mutually acceptable solution.

CompTIA A+ Core 2 Reference:

220-1102 Exam Objective 4.3 – Explain the importance of professionalism, including empathy, active listening, and proper documentation.

To mitigate brute-force attacks, implementing a failed log-in lockout feature is effective. This security measure temporarily disables user accounts after a specified number of unsuccessful login attempts, preventing attackers from continuously trying different password combinations to gain unauthorized access.

Linux is known for its high degree of customizability and flexibility, making it an ideal choice for organizations looking to deploy a customizable operating system. Unlike proprietary operating systems, Linux allows users to modify or replace almost any part of the system, from the kernel to the desktop environment and applications, to suit their specific needs.

Linux: This open-source operating system provides access to the source code, enabling extensive customization. Organizations can tailor Linux distributions to fit specific requirements, making it a popular choice for servers, specialized workstation environments, and embedded systems.

Windows 10 (A) and macOS (B) offer some level of customization but are more restricted due to their proprietary nature. Chrome OS (D) is designed for simplicity and security, focusing on web applications, which limits deep system-level customizations. iOS (E) is designed for Apple's mobile devices and is not applicable for organizational deployment beyond mobile and tablet devices; it also offers limited customization compared to Linux.

Multifactor authentication (MFA) significantly enhances security by requiring two or more forms of verification before granting access to an account or system. This method is highly effective against brute-force attacks, where attackers attempt to guess a user's password through repeated trials. By implementing MFA, even if a password is compromised, unauthorized access is still prevented without the additional authentication factor(s), such as a code from a smartphone app, a fingerprint, or a physical security token.

Multifactor authentication: Provides an additional layer of security beyond just the password, making it much harder for attackers to gain unauthorized access through brute-force methods, as they would need to compromise more than one authentication factor.

Encryption (B) is crucial for protecting data at rest and in transit, but it does not directly prevent brute-force login attempts. Increased password complexity (C) can deter brute-force attacks by making passwords harder to guess, but it is not as effective as MFA in preventing access when passwords are compromised. A secure password vault (D) helps users manage and store their passwords securely, which can indirectly contribute to security by allowing users to keep more complex passwords, but it does not directly prevent brute-force attacks on accounts.

To prevent security issues related to an employee using the same password for multiple applications and websites, implementing expiration policies (B) is best. Password expiration policies require users to change their passwords at regular intervals, which helps to mitigate the risks associated with password reuse. Regularly changing passwords reduces the chances of unauthorized access from compromised credentials​​.

The operating systems designed for smartphones include iOS and Android. iOS is developed by Apple Inc. for its iPhone range, while Android, developed by Google, is used across a variety of devices from different manufacturers. Both operating systems are specifically tailored to provide a mobile computing experience, with interfaces, applications, and functionalities designed for touchscreen input and mobile hardware​​.

Over time, especially with frequent opening, modification, and saving of large files, a hard disk drive (HDD) can become fragmented. Fragmentation occurs when pieces of individual files are scattered across the disk, leading to longer read and write times, which can significantly slow down the computer. Disk defragmentation reorganizes these fragmented files, placing the pieces closer together on the drive, which improves access time and overall system performance.

Disk Defragment: Using the Disk Defragment tool on a Windows 10 system with an HDD will help in reorganizing the data more efficiently, thus potentially remedying the slow performance issue.

The Registry Editor (B) is a tool that allows for the viewing and editing of the Windows registry and is generally not used for performance improvement but rather for system settings and configuration adjustments. System Information (C) provides a detailed look at the computer's hardware and system details but does not offer tools for performance improvement. Disk Cleanup (D) can help free up space on the hard drive by removing temporary files and system files that are no longer needed, which can indirectly improve performance but is not the primary tool for addressing fragmentation.

To resolve a BSOD issue on a Windows 10 PC after installing optional Windows updates, the best approach is to Roll back the device drivers (B). BSODs can often be caused by incompatible or faulty drivers introduced during an update. Rolling back the drivers to a previous version can restore system stability and resolve the BSOD issue​​.

BitLocker is a full-disk encryption feature included with Windows Vista and later. It is designed to protect data by providing encryption for entire volumes. By encrypting the hard drive, BitLocker prevents unauthorized access to the data stored on the drive, securing it in case the laptop is lost or stolen. BitLocker is preferable over options like Windows Backup (which is for data recovery, not encryption), Shadow Copy (used for backup and does not encrypt data), and Trusted Platform Module (TPM, which is a hardware component used alongside BitLocker for securing encryption keys).