1. nibble, byte, word, double word- define 2. how does the RAM know when its on and off, full and half 3. converting binary’s 4. how are the tracks and setctors separated on a hard drive 5. pg 12 adding binary 6. Read about file systems 7. Video compression and what is it for 8. 9. Internet core 10. How do you define a network (more than one computer) 11. Topologies (bus,ring,star,and mesh) 12. Networking standards 13. Defacto standards vs vendor standards vs vendor group standards 14. Tcp/ip 15. Open networking model and the osi model 16. Ip routing 17. Pg 136 authors note 18. Frame and packet 19. IP addressing 20. IP addressing 21. Physical layer, layer 1 of the OSI model 22. Lab 3.1.1 (wouldn’t be able to communicate) 23. Data link layer 24. LAN vs WAN 25. Different between ac and dc currents 26. Difference between the circitury and node 27. Full duplex vs half duplex 28. Sending data through electricity foucusing on sound waves 29. RJ 45 connectors 30. Fiber optics 31. The wireless standards 32. CSMA CSCA 33. When you have a fiber optic cable and two buildings, which would you use single mode or multi mode? Multi mode 34. Copper cable and standards. (EMI) 35. Two types of utp cable a and b, cross over and straight cable 36. Max distance for UTP cables (100M) 37. FORFIT! 38. What is trouble shooting bottom up and top down 39. Definition of eathernet LAN’s 40. Definition of original 802 standards 802.2,802.3,802.5 41. Eathernet bit rates (speed) 42. How do you know the speed of a cable by looking at the short hand 43. Axis layer 44. Auto negotiation of the speed pg 226 45. MAC address/ unicast 46. MAC address/ unicast 47. TIA pinout standards pg232 read the note next to the illustration (to create a crossover) 48. MAC address/ unicast 49. When would you use PING (CMD) 50. 5.4.1, 5.4.2 in the lab book pg 111 51. Any time you send or receive a frame what happens when it is bad? It sends out a request