Day 14 Back to Exams Page 1. The higher the (RF) frequency, the bigger the wavelengthTrueFalseQuestion 1 of 11 2. As the wireless signal traverses, it loses its signal strength — distance is the leading cause of _______.absorptionscatteringattenuationradiationQuestion 2 of 11 3. RF Frequency is measured in _____ and is the number of times an event occurs within a time interval.Mbpsdecibels (dB)Hertz (Hz)GbpsQuestion 3 of 11 4. ______ is the bending of RF waves around the corners of an obstacle or through an aperture.RadiationAbsorptionDiffractionSplittingQuestion 4 of 11 5. Wi-Fi networks can either run on?2.5GHz65GHz.5GHz2.4GHzQuestion 5 of 11 6. The 5GHz wireless band is divided into ___ UNNI Band section(s) and ___ ISM Band(s).4/12/44/13/6Question 6 of 11 7. If the wireless hosts need to send a frame with high priority, then _______ will be used to count down the period of time to wait before transmitting.Speed Interrupt Interface Frame (SIIF)Short Interrupt Space (SIFS)Short Interframe Space (SIFS)Short Interframe (SIF)Question 7 of 11 8. An _____ antenna sends a wireless signal of the same strength in all directions.scatterdirectionalmultidirectionalbidirectionalomnidirectionalQuestion 8 of 11 9. _____ occurs when a wireless client leaves its current BSA and moves to another BSA.HoppingRoamingJumpingJoiningQuestion 9 of 11 10. _____ is composed of a lightweight access point and a wireless LAN controller. This architecture allows the splitting of 802.11 functions between the lightweight access point and the wireless LAN controller.Secure MAC ArchitectureRoaming MAC ArchitectureMoving MAC ArchitectureSplit MAC ArchitectureQuestion 10 of 11 11. Put the WLC discovery-and-join process into the correct order. Access point discovers the WLC. CAPWAP tunnel is formed between the WLC and the access point. Access point download software and configuration from the WLC. Access point joins the WLC. Question 11 of 11 Loading...