A router will no longer pass which kind(s) of traffic? - ANS-Broadcast
An ARP "who has" request is a [ __________ ] message, and the reply to that request is [
____________ ] message - ANS-broadcast, unicast
An ARP request starts with a(n) [ __________ ] and attempts to discover the related [
_________ ]. - ANS-IP cope with, MAC address
Based on what we realize approximately exceptional transmission strategies, which kind of
traffic might we count on to locate on the general public internet? - ANS-Unicast
DNS resolves a site name to an IP deal with and IP port wide variety. - ANS-False
If we interact QoS to prioritize PTP, what DSCP cost ought to be improved? - ANS-fifty six
IGMP Snooping manages [ ____________ ] visitors. If IGMP snooping is off, this site visitors will
[ _____________ ]. - ANS-multicast, flood all ports inside the broadcast domain
In a community switch, believe that switch ports simultaneously obtain records for the identical
vacation spot switch port. What takes place? (Assume no traffic control has been engaged.) -
ANS-Whichever message the processors sees first will move first - the opposite is located in a
queue and can be sent while bandwidth is to be had.
In Level three, we discovered there are many connections operating collectively to create the
Dante capability. Match the network connection with the associated multicast drift: -
ANS-Clocking (PTP logging) - 239.254.Three.3:9998
Clocking (sync) - 224.Zero.1.129 to 224.0.1.132, ports 319 and 320
Dante Traffic Monitoring - 224.0.Zero.230 to 224.0.Zero.233, ports 8700 to 8708
Discovery - 224.0.Zero.251:5353
Audio/Video Streams (multicast) - 239.255.X.X, port 4321
In this Level three class, we targeted more often than not on the lowest 4 layers of the network
protocol. Match up the ones layers with what they stated.
Our apologies, the checking out platform randomizes the presentation of factors within the
solution - we can't make it fix Layers 1-4 so as. Just fit the pieces together because the
becoming a member of makes sense. - ANS-Layer 1 - hardware, electrical and optical
connections, etc.
Layer 2 - source and destination MAC addresses
Layer three - source and vacation spot IP addresses