Which tool would a technician use to trace the path that a packet takes through a network?

Which tool would a technician use to trace the path that a packet takes through a network?

• A. ping
• B. nslookup
• C. tracert
• D. netstat

Answer: (C)

The correct answer involves the use of a specific tool known for its ability to track the journey of packets through different routers and network devices in a given network. This tool sends out packets from a source and records the intermediate hops, allowing users to see each router's IP address along the way, as well as the round-trip time for packets to reach those routers. This capability is vital for diagnosing network issues, such as where delays or failures may be occurring within the path to a destination. Users can interpret the resulting output to identify specific problems in the network path, including potential misconfigurations or connectivity issues. The "ping" tool, while useful for checking the reachability of a host, simply measures round-trip time to a specified destination and does not provide details about the intermediary hops taken by the packets. Similarly, "nslookup" is focused solely on querying domain name system (DNS) to obtain information about hostnames or IP addresses, and does not perform any tracing of packet routes across a network. "Netstat" serves a different purpose, providing information about active connections, routing tables, interface statistics, and more on the local device, but does not trace packet paths like the tool in question does. Thus, the tool used to effectively trace

The correct answer involves the use of a specific tool known for its ability to track the journey of packets through different routers and network devices in a given network. This tool sends out packets from a source and records the intermediate hops, allowing users to see each router's IP address along the way, as well as the round-trip time for packets to reach those routers.

This capability is vital for diagnosing network issues, such as where delays or failures may be occurring within the path to a destination. Users can interpret the resulting output to identify specific problems in the network path, including potential misconfigurations or connectivity issues.

The "ping" tool, while useful for checking the reachability of a host, simply measures round-trip time to a specified destination and does not provide details about the intermediary hops taken by the packets.

Similarly, "nslookup" is focused solely on querying domain name system (DNS) to obtain information about hostnames or IP addresses, and does not perform any tracing of packet routes across a network.

"Netstat" serves a different purpose, providing information about active connections, routing tables, interface statistics, and more on the local device, but does not trace packet paths like the tool in question does.

Thus, the tool used to effectively trace