We've been holding back exam sets while we trickled them out, but honestly, the library is ready, so let's just give you all of it. What's now live on the Academy: Cisco CCNA — 4 full exam sets (480 questions) CompTIA Network+ — 7 full exam sets (630 questions) CompTIA Security+ — 5 full exam sets (450 questions) CCST Networking — 3 full exam sets (270 questions) That's 1,830 questions across 19 exam sets, all weighted to the real exam blueprints. Free members get a sample set for each cert. Paid members get all of it. 👉 academy.anythingoverip.com/exams Although all the original free seats I gave out are gone, I'm happy to offer another 5 free seats with this update. Create a FREE account using the link above, then comment below to let me know your account is ready, and I'll comp your account in the backend to give you a year of free access to ALL exam sets.

Your network has two switches (SW1 and SW2) connected via a trunk link. SW1 has PC-A in VLAN 10 (port Fa0/1) and PC-B in VLAN 20 (port Fa0/2). SW2 has PC-C in VLAN 10 (port Fa0/3) and PC-D in VLAN 20 (port Fa0/4). There is a trunk between switches SW1 and SW2: **Symptom:** PC-A can ping PC-C, but PC-B cannot ping PC-D, even though both pairs are in the same VLANs. What is wrong and how would you fix it? 🤔

Two routers are trying to establish an OSPF neighbor relationship on the same Ethernet segment: **Router A:** - Router ID: 192.168.1.10 - Interface Priority: 100 - Interface IP: 10.1.1.1/24 **Router B:** - Router ID: 172.16.1.5 - Interface Priority: 100 - Interface IP: 10.1.1.2/24 Both routers are powered on simultaneously and begin the DR/BDR election process. Which router becomes the Designated Router (DR) and why? Drop your answer below! 👇

PAT (Port Address Translation) can support thousands of internal devices using a single public IP address because it modifies both the source IP address and source port number in outbound packets. True or false? Explain your reasoning! 🤔

Router A and Router B are connected via Ethernet. Both routers have OSPF configured in area 0. Router A shows: interface GigabitEthernet0/0 ip address 192.168.1.1 255.255.255.0 ip ospf hello-interval 20 Router B shows: interface GigabitEthernet0/0 ip address 192.168.1.2 255.255.255.0 ip ospf hello-interval 10 Both interfaces are up/up and OSPF is enabled on the interfaces. **Question:** What will you see when you run `show ip ospf neighbor` on Router A? Drop your answers below! 👇