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Disposing of SSDs (Solid State Drives) containing sensitive data requires methods that ensure the data cannot be recovered. SSDs store data on flash memory, which makes traditional data destruction methods like degaussing ineffective, as degaussing relies on demagnetizing the magnetic media found in traditional hard drives.

Incineration: This method ensures the complete destruction of the SSD by burning it at high temperatures. This process is effective as it physically destroys the flash memory chips, making data recovery impossible.

Shredding: Shredding involves physically breaking the SSD into small pieces. Specialized shredding machines designed for electronic media can cut the SSD into pieces small enough to render the data unrecoverable.

Other listed options such as Degaussing (A) is ineffective on SSDs because they don't use magnetic storage. Simple Deletion (B) and Formatting (E) are not secure methods for data destruction as the data can potentially be recovered using specialized software. Recycling (D) is environmentally friendly but does not guarantee data destruction if the drive is not physically destroyed first.

Before starting a bare-metal installation of Windows 10, ensuring that there is sufficient storage space on the system's hard drive or SSD is crucial. This is because the installation files need enough room to be copied and for the operating system to be installed and function properly. Without adequate storage, the installation process can fail or the operating system might not perform optimally. Other prerequisites like internet connection, product key, and specific firmware types might be necessary at different stages of installation or activation, but the fundamental requirement is enough storage space to accommodate the new OS.

Windows Hello is a biometric-based technology that enables Windows 10 users to authenticate secure access to their devices, apps, online services, and networks with just a look or a touch. If users have difficulty using the facial recognition feature, Windows Hello also supports a Personal Identification Number (PIN) as a secondary feature for logging in. The PIN is tied to the specific device on which it is set up, adding a layer of security even if the PIN is obtained by someone else.

Personal identification number: The PIN serves as an alternative to the facial recognition feature, allowing users to quickly and securely access their devices without relying solely on biometric authentication.

Username/password (B) is the traditional method of authentication but is not specifically a secondary feature of Windows Hello. One-time-use token (C) and cryptographic device (D) could be part of an MFA setup but are not directly related to Windows Hello's alternate authentication options.

To troubleshoot a user's computer remotely while the user is connected, the best option is Microsoft Remote Assistance (MSRA). MSRA allows the technician to view and control the user's screen with their permission, facilitating an effective troubleshooting session without disconnecting the user.