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You're configuring link aggregation between two switches. Your boss gives you two options: **Option A:** Configure EtherChannel using static mode (mode on) on both switches. Simple, straightforward, no protocols needed. **Option B:** Configure EtherChannel using LACP (mode active on one side, mode passive on the other). More complex setup with protocol negotiation. Both will create the same 4-port bundle, both switches support LACP, and the physical connections are identical. Which approach WINS for production networks and why? 🤔 Drop your answer below! This is a key CCNA concept that trips up many candidates

Your small office network has a Layer 3 switch connecting three VLANs (10, 20, 30). PC-A (VLAN 10) can successfully ping the switch's management IP and other devices within VLAN 10. However, when PC-A tries to ping PC-B in VLAN 20, it fails. Wireshark shows ARP requests being sent, but no ARP replies are received. The Layer 3 switch shows both VLAN interfaces are up/up. What could be wrong and how would you fix it? Drop your answers below! 👇

A small office network has 10 internal devices (192.168.1.0/24) connecting to the internet through a router configured with PAT using interface overload. The inside interface is configured correctly, and the outside interface has a valid public IP from the ISP. **Symptom:** Internal users can successfully ping external IP addresses like 8.8.8.8, but they cannot browse websites, check email, or use any application that requires DNS resolution. What is wrong and how would you fix it? 🤔 This one has multiple possible problems and solutions, so I'll review each answer. This question is to get you thinking through the troubleshooting. Drop your answers below! 👇

This is the type of question the exam writers LOVE to add to exams like the CCNA. These are also the types of questions in the exam that bring a smile to your face, because you know you've got this, click the correct answer and hit next, knowing that's one done! So here is your recap. At a high level, what's the difference between Static Routing and Dynamic Routing? Static Routing: - Small networks less than 10 routers - Point-to-point links - Default routes to ISP - Predictable secure - Does not adapt to failures - Manual configuration equals human error Dynamic Routing (OSPF, EIGRP, etc): - Large networks - Automatically adapts to changes - Load balancing - Scalable - More complex to configure - Uses bandwidth and CPU 💡Exam Trick: Small office with 2 routers equals Static Routing. Enterprise with 50 routers equals Dynamic Routing. How are you practicing building labs? Do you want me to start posting Packet Tracer instructions and labs for you to follow along with? Comment below