Networking Fundamentals Practice Quiz
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Questions and Answers

Which protocol is used to discover the layer 2 MAC address associated with locally connected IP addresses in Wifi and Ethernet?

  • TCP
  • ICMP
  • IPv4
  • ARP (correct)
  • What happens if a switch cannot find a match for the ingress frame's Destination MAC address?

  • The switch will modify the Destination MAC address
  • The switch will drop the frame
  • The switch will forward the frame to all ports (correct)
  • The switch will forward the frame to the correct port
  • What is the purpose of the TTL field in an IPv4 packet?

  • To prevent the packet from being caught in an endless routing loop (correct)
  • To prevent the packet from being duplicated
  • To prevent the packet from being corrupted
  • To prevent the packet from being lost
  • Which protocol is used to discover the layer 2 MAC address associated with locally connected IP addresses in Wifi and Ethernet?

    <p>ARP</p> Signup and view all the answers

    What happens if a switch cannot find a match for the ingress frame's Destination MAC address?

    <p>The switch will forward the frame to all ports</p> Signup and view all the answers

    What is the purpose of the TTL field in an IPv4 packet?

    <p>To prevent the packet from being caught in an endless routing loop</p> Signup and view all the answers

    Study Notes

    Networking Fundamentals Practice Test Summary

    • ARP is a standard designed to discover the layer 2 MAC address associated with locally connected IP addresses in Wifi and Ethernet.
    • The TTL field in an IPv4 packet prevents a packet from being caught in an endless routing loop and is decremented by 1 at each router it traverses until it reaches 0.
    • Layer 3 protocols include ICMP, TCP, and IPv4, but not IPv10.
    • A missing or incorrectly configured default gateway address on a host can result in an inability to communicate remotely, but still access locally connected resources.
    • A router extracts the destination IP address from an IPv4 header field to determine where to forward the packet.
    • IP protocols have high overhead, are dependent on media, and rely on protocols at other layers to detect lost packets.
    • The routing process involves matching a received packet's destination IP address with one of the routing table's destination networks, forwarding the packet based on the matching entry's details or the default gateway, and dropping the packet if no match can be found.
    • Routing tables contain dynamically learned entries via routing protocols, directly connected networks, and statically learned entries entered manually by an administrator.
    • Addresses in the 192.168.10.0/8 network include 192.112.33.1 and 192.168.10.0.
    • If a switch cannot find a match for the ingress frame's Destination MAC address, it will flood out all ports except the ingress port.
    • IPv4 address calculations involve binary values for host bits in the broadcast and network addresses, with the number of usable IPs in any network always being 2^h.
    • A switch learns the MAC addresses of devices connected to its ports from incoming frame's source MAC address.

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    Description

    Test your knowledge of Networking Fundamentals with this practice quiz. Covering topics such as ARP, IPv4, routing, and MAC addresses, this quiz will challenge your understanding of key concepts in networking. Whether you're studying for a certification exam or just looking to brush up on your networking skills, this quiz is a great way to test your knowledge and identify areas for improvement. So, put on your thinking cap and see how much you really know about Networking Fundamentals!

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