A network administrator would like to determine the path a packet takes to reach the destination 192.168.1.1. What is the best command to determine the network path?ping 192.168.1.1ping 127.0.0.1tracert 192.168.1.1ipconfig 192.168.1.1

Bob, a network professional, wants to find out where packets are getting stuck on the path to their destination. Which of the following utilities should he use?answerRouteIpconfigTracertPing

How can you ping a specific IP address to test connectivity in Linux?Select one:a.Type "ifconfig [IP address]"b.Type "ping [IP address]"c.Type "ipconfig [IP address]"d.Type "traceroute [IP address]"

How can you check the routing table in Linux?Select one:a.Type "route -n"b.Type "ifconfig -r"c.Type "ipconfig -r"d.Type "ping -r"

Which output of a ping command can determine two important pieces of information? (Choose two.) check_box_outline_blank the IP address of the gateway router that connects the source device to the internet check_box_outline_blank the number of domains that the packet travels through from the source to the destination check_box_outline_blank whether or not the destination IP address is reachable through the network check_box_outline_blank which network device is causing delays in delivering the packet to the destination IP address check_box_outline_blank the round-trip time for the request to reach the destination and the response to return

Routing Paths and Subnets Keyboard Usage In this activity, for each pair of source and destination IP addresses, determine the correct source and destination networks and the shortest route between them. Click each network in the right order. If the addresses are not represented by the networks available, click the "Source or Destination Not Present" button instead. Source Destination 192.168.1.1 192.168.1.65