350-401 · Question #9
350-401 Question #9: Real Exam Question with Answer & Explanation
The correct answer is A: Each virtual machine requires a unique IP and MAC addresses to be able to reach to other. Virtual Machine IP and MAC Address Allocation Option A is correct because each virtual machine (VM) on a Type 1 hypervisor operates as an independent network entity, requiring its own unique IP address for Layer 3 routing and its own unique MAC address for Layer 2 switching - wit
Question
Which statement describes the IP and MAC allocation requirements for virtual machines on types 1 hypervisors?
Options
- AEach virtual machine requires a unique IP and MAC addresses to be able to reach to other
- BEach virtual machine requires a unique IP address but shares the MAC address with the physical
- CEach virtual machines requires a unique IP address but shares the MAC address with the
- DEach virtual machine requires a unique MAC address but shares the IP address with the physical
Explanation
Virtual Machine IP and MAC Address Allocation
Option A is correct because each virtual machine (VM) on a Type 1 hypervisor operates as an independent network entity, requiring its own unique IP address for Layer 3 routing and its own unique MAC address for Layer 2 switching - without these, network switches and routers would be unable to distinguish between VMs, causing communication failures.
Options B and C are incorrect because MAC addresses cannot be shared; sharing a MAC address would cause network collisions and prevent switches from properly directing frames to the correct destination. Option D is incorrect because sharing an IP address between VMs would create IP conflicts, making it impossible for traffic to be routed to the correct machine - each VM must have its own IP to function independently on the network.
🧠 Memory Tip: Think of VMs as "virtual computers" - just like physical computers on a network, each one needs both a unique IP and MAC address to have its own distinct identity. If two devices share either address, the network gets confused about "who is who."
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