Objective: The objective of this lab exercise is to gain experience with the basic steps for configuring a static Virtual Local Area Network (VLAN) on a Cisco switch using Packet Tracer. In this exercise 2 network switches with 4 computers on each will be configured with 2 VLANs. The 2 VLANs will be connected via a trunk port and all 8 computers will share a single subnet. This lab will utilize the Institute of Electrical and Electronics Engineers (IEEE) standard ethernet frame and the IEEE 802.1Q standard for VLAN tagging. In this document you will find the representative diagrams and IP tables needed to create the VLANs. Before you physically create the VLANs in the lab, you are to model it in CISCO Packet Tracer like you did in Lab 2-3. Ensure you take screen shots of the completed model, answer the questions, as well as, upload the Packet Tracer file. 1) CISCO Packet Tracer File: CNT4703C-Lab4-[full-name-of-student] 2) Screenshots of Packet Tracer Model a. Network Topology (Logical) b. Successful Ping from PC to PC c. Unsuccessful Ping from PC to PC (between VLANs) 3) Photos of Switch/PC Configuration a. Switch Command Results i. \#show ip interface ii. \#show vlan b. Lab computer IPv4 interface configuration c. Lab computer ICMP results LAB 4 Questions: 1) What VLAN number value is an assigned to the default VLAN? 2) What is the term used to describe a port that can access multiple VLANs? a. Why is this type of port necessary? 3) What does IEEE stand for? a. What IEEE standard covers VLANs? 4) What layer of the OSI Model does VLAN tagging take place? 5) How and why would this technology be useful in a networking scenario