Which of the following are benefits of application virtualization? (Select two).

While application virtualization can improve application delivery over a network, it does not inherently make the network itself faster. The speed of network performance is influenced by various factors such as bandwidth, latency, and network architecture, none of which are directly altered by virtualization alone.

Application virtualization does not necessarily make applications easier to learn. The learning curve associated with software largely depends on user experience, design, and complexity rather than the virtualization method applied. While centralized access may provide a more consistent environment, it does not automatically simplify application use.

RAM efficiency is affected by how applications utilize memory rather than the virtualization approach itself. Application virtualization can optimize resource allocation, but it does not guarantee improved RAM efficiency universally. The performance depends on various factors, including the specific applications in use and the underlying hardware.

The performance of the operating system is not inherently improved by application virtualization. In fact, virtualized applications can sometimes introduce overhead that may negatively impact raw OS performance. The benefits of virtualization are more related to application management than to the operating system's operational efficiency.