200-301 exam fee

200-301 exam fee.If you want to use this example as a practice exercise. use Figure 3-6. just look at these examples and do not read the text explanations between the examples. Try to note down all the places where PC1's ARP broadcasts run and the paths where R1's ARP answers run. Read up on the specifics as well if you wish.PC1's ARP requests (broadcasts)When PC1 needs to send an IP packet to another subnet, PC1 sends this packet to PC1's default router.R1 assumes the job of PC1's default router in this example. If PC1 does not list R1's MAC address in its ARP cache. then PC1 sends an ARP broadcast to the Ethernet destination address FFFF.FFFF.FFFF.To analyze the broadcast propagation process, you can refer to the common LAN switch forwarding process summarized in subsection 3.2.2. In the previous example, it has been confirmed that SW1's endFaO/11 is assigned to VLAN 3,and SW1's FaO/11 interface is an access interface. Because this frame is a broadcast frame, SW1 floods the frame. Based on these known conditions, use the show spanningbee vlan 3 active in Example 3-153.2 Base Content 77 command output content, you can have sufficient information to predict which interfaces SW1 should forward the broadcast frame sent out by PC1 to.78 Chapter 3 Troubleshooting LAN SwitchingSW1# show spanning-tree vlan 3 active VLAN0003 Spanning tree enabled protocol ieee Root ID Priority 20483 Address f47f.35cb.d780 Cost 1 Port 26 ( GigabitEthernetO/2: Hello Time 2 sec Max Age 20 sec Bridge ID Priority 32771 (priority 32768 Address 1833.9d7b.0e80 Hello Time 2 sec Max Age 20 sec Aging Time 300 sec Interface Role Sts Cost Prio.Nbr Forward Delay sys-id-ext 3) Forward Delay Type 15 sec 15 secFW Fao/ll Desg D 19 128.11 FaO/12 Desg FW 19 128.12 D GiO/1 Desg FW 4 128.25 D GiO/2 Root 1 128.26 P2p Edge P2p P2p P2p P2pExample 3-15 List of SW1 Forwarding Interfaces in VLAN 3Note that SW1 does not forward this frame outward on interface FaO/11± because the frame is received on interface FaO/11. Instead, SW1 will forward this frame to the trunk interfaces (GiO/1 and GiO/2) and FaO/12. As mentioned earlier in this section, it was confirmed in Example 3-14 that both of SW1's trunks use 802.1Q with local VLAN1, so SW1 would add an 802.1Q header with VLAN ID3 to both copies of the received broadcast frame and then send it out on both trunks.