What feature of containers makes them more lightweight than virtual machines?(1 Point)They do not need an operating system.They use a sandboxed operating system.All containers running on the same physical computer share the same app resources.They share the host computer’s operating system.

How do containers differ from traditional virtual machines in terms of resource efficiency, isolation, and deployment, and what are the advantages and disadvantages of using containers over VMs?(a) Containers provide complete isolation by running separate operating systems, making them more secure but less efficient than VMs.(b) Containers use less disk space and memory as they share the host OS kernel, leading to better resource efficiency and faster startup times, but offer less isolation compared to VMs, which could pose security risks.(c) Containers and VMs both offer the same level of resource efficiency and isolation, with no significant differences in deployment speed.(d) Containers are more resource-intensive than VMs as they duplicate the host OS for each container, offering better isolation but slower deployment times.(e) Containers provide the same level of isolation as VMs but require specialized hardware to run, making them less flexible in diverse environments.

How do containers differ from virtual machines?1 pointContainers provide a guest operating systemContainers are faster and more lightweightContainers offer better portabilityContainers require less host resources

What is the difference between a Docker container and a virtual machine?(1 Point)A Docker container is smaller and faster than a virtual machine.A Docker container shares the host operating system kernel, while a virtual machine has its own kernel.A Docker container uses less resources than a virtual machine.All of the above.

How do virtual machines (VMs) and containers differ in their approach to network security?Containers share the host OS kernel, while VM's have their own OS kernelContainers provide hardware-level isolation, while VMs rely on process-level isolationVMs are inherently more secure than containers due to their isolationContainers have stronger firewall capabilities than VMs

Discuss different approaches to virtualization in the context of virtual machines (VMs), highlighting their key characteristics, benefits, and limitations. Provide examples of scenarios where each approach is best suited.10CO 2L2213.3.42bExplain the Docker container technology, its software components, and the essential elements found in a Docker file. Discuss how these components contribute to the creation, deployment, and management of containerized applications in modern software development.10