2. CCNA1 v3 Module 8 v3 CCNA 1 Module 8 JEOPARDY S Dow

3. CCNA1 v3 Module 8 RouterModesWANEncapsulationWANServicesRouterBasicsRouterCommands 100 200 300 400 500RouterModesWANEncapsulationWANServicesRouterBasicsRouterCommands 100 200 300 400 500 Acronyms Terms Switching STP Segmentation OSI 100 200 300 400 500 100 200 300 400 500 ► ► ► F i n a l J e o p a r d y ◄ ◄ ◄

4. CCNA1 v3 Module 8 Question CAM Acronyms 100 A: What is Content Addressable Memory? 100 200 300 400 500 CCNA1 v3 Module 8

5. Question A: What is Application-Specific Integrated Circuit? ASIC CCNA1 v3 Module 8 Acronyms 200 100 200 300 400 500

6. CCNA1 v3 Module 8 Question 100 200 300 400 500 A: What is the Spanning Tree Protocol? STP CCNA1 v3 Module 8 Acronyms 300

7. CCNA1 v3 Module 8 Question 100 200 300 400 500 A: What is a Bridge Protocol Data Unit? BPDU CCNA1 v3 Module 8 Acronyms 400

8. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Spanning Tree Algorithm? STA Acronyms 500

9. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is Latency? The time from when a frame is sent until it is received at its final destination. Terms 100 200 300 400 500

10. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is a Broadcast? Data sent to all devices in a network. Terms 200

11. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is a Collision? The result of two devices sending data simultaneously over shared media. Terms 300

12. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is a Collision Domain? All of the devices affected when two devices send data simultaneously over shared media. Terms 400

13. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is a a Broadcast Domain? All of the devices that receive an ARP request. Terms 500

14. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Store and Forward switching mode? This switching mode receives the entire frame before forwarding. Switching 100

15. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Cut Through switching mode? This switching mode begins forwarding as soon as the destination MAC address has been received. Switching 200

16. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is Asymmetric switching? This type of switching permits connections between ports of unlike bandwidth. Switching 300

17. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Fragment Free switching mode? This switching mode begins forwarding frames only after the first 64 bytes have been received. Switching 400

18. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is Symmetric switching? This type of switching occurs only between ports using the same bandwidth. Switching 500

19. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is To avoid switching loops (multiple paths) in a network, which could lead to broadcasts using all of the bandwidth on the network? The purpose of the Spanning Tree Protocol. STP 100

20. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Blocking state? In this STP state, a switch port can only receive switch information (BPDUs) from other switches, but cannot forward user data. STP 200

21. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Learning state? In this STP state, a switch port is not forwarding data, but does build a bridging table of end-station MAC addresses. STP 300

22. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Forwarding state? In this STP state, a switch port can send all frames. STP 400

23. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Disabled state? In this STP state, a switch port does not process any frames or BPDUs. STP 500

24. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is To increase the efficiency of a network by decreasing the number of collisions and broadcasts? The purpose of segmenting a network. Segmentation 100

25. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What are Collision Domains? Placing a switch in a network creates these. Segmentation 200

26. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What are Broadcast Domains? Placing a router in a network creates these. Segmentation 300

27. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is Switches have no limiting effect on broadcasts? The effect a switch has on broadcasts. Segmentation 400

28. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is Slows down the operation of a computer – the CPU must process each packet to determine if the computer is the intended destination? The effect broadcasts have on a computer. Segmentation 500

29. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is Layer 1 devices do NOT filter? Layer 1 devices filter frames based upon this address. OSI 100

30. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is a MAC address? Layer 2 devices filter frames based upon this address. OSI 200

31. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is an IP address? Layer 3 devices filter packets based upon this address. OSI 300

32. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is the Data Link Layer (2)? (Layer 3 devices can also do this). Creation of collision domains generally occurs at this layer. OSI 400

33. CCNA1 v3 Module 8 Question 100 200 300 400 500 CCNA1 v3 Module 8 A: What is Network Layer (3)? Creation of broadcast domains occurs at this OSI layer. OSI 500

34. CCNA1 v3 Module 8 Question A: When is a single broadcast domain? The number of broadcast domains when two switch ports are each connected to a hub and each hub is connected to four computers. Final Jeopardy CCNA1 v3 Module 8 100 200 300 400 500