What will the destination MAC address be at the moment a frame is transmitted by the host, when the router is the IP destination?
What will the destination MAC address be at the moment a frame is transmitted by the host, when the router is the IP destination?
When a host sends a frame to a router, the destination MAC address will be the MAC address of the router's interface that is connected to the same network segment as the host. This allows the frame to be correctly delivered to the router, which will then forward the packet based on its IP routing table.
I think the right answer B
answer B. you can test on packet tracer
The answer is right: D. The destination MAC address will be a broadcast MAC address. 1) ARP request: PC sends a frame with destination MAC = FF: FF: FF: FF: FF: FF & destination IP = router IP source MAC = pc MAC & source IP = pc IP 2) ARP reply: Router sends a frame with destination mac = pc MAC and destination IP: pc IP source mac = router MAC & source IP: router IP I tested in ENSP https://drive.google.com/file/d/1THxqQHPBQhWy0D9t9FCsSUxK2BMb-nL9/view?usp=sharing
Similar to the question 32 (same explanation)
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they did not mention ARP, if it is an arp request the answer is D but if it is not than the correct answer should be B i think
D but only when we speak about arp request packet For example, when we send ready icmp packet - there should be router interface mac address in dest mac - but answer C is incorrect to becouse we dont known what router interface is connected to the host. So D is most acceptable.
Frame -> ARP/Layer 2 related, Package/Packet -> IP/Layer 3
if the question is about the arp, D is right, if not, it is wrong, the correct one would be B
answer A. you can test on packet tracer
answer:b