What are three valid reasons to assign ports to VLANs on a switch？（）

A .  */* B .  /*.do C .  myServlet D .  /Myservlet E .  /MyServlet/* F .  MyServlet/*.i

A . */* B . *.do C . MyServlet D . /MyServlet E . /MyServlet/* F . MyServlet/*.j

A . to make VTP easier to implement B . to isolate broadcast traffic C . to increase the size of the collision domain D . to allow more devices to connect to the network E . to logically group hosts according to function F . to increase network security

A . 169.254.23.59 B . 223.254.255.254 C . 225.1.1.1 D . 227.43.34.2 E . 238.3.3.3 F . 249.1.2.3

A . Magic  B . Plain  C . Check  D . List item  E . Divider

A .  use summary view in the device manager B .  from the DCNM-SAN client， view ISLs in real time from the Performance drop-down list C .  for each port channel， select Monitor Continually D .  configure traps for each port channel to utilize RMON E .  set up flows with the DCNM-SAN client and use the Performance Manager web client for performance collectio

A . transparent B . auto C . on D . desirable E . blocking F . forwarding

A . p0 = p1; B . p1 = p2; C . p2 = p4; D . p2 = (ClassC)p1; E . p1 = (ClassB)p3; F . p2 = (ClassC)p4

A . PPP B . WAP C . HDLC D . MPLS E . L2TPv3 F . ATM

A . High Availability CRS Engines running on hardware from different server classes  B . High Availability CRS Engines running on similar hardware from the same server class but from different vendors  C . High Availability CRS Engines and database and a simplex Recording Server  D . High Availability CRS Engines and four simplex VoIP Monitoring Servers  E . CCM co-resident deployment on an MCS 7815

A .  Float foo = -1； B .  Float foo = 1.0； C .  Float foo = 42e1； D .  Float foo = 2.02f； E .  Float foo = 3.03d； F .  Float foo = 0x0123；

A . ENTER  B . GO_ITEM  C . VALIDATE  D . EXIT_FORM  E . EXECUTE_QUERY

A . The plans can be manually loaded to the SQL plan baseline. B . The plans in the SQL plan baseline are verified and accepted plans. C . The plans generated for every SQL statement are stored in the SQL plan baseline by default. D . The plan baselines are stored temporarily in the memory as long as the database instance is running. E . For the SQL plan baselines to be accessible to the optimizer, the SYSAUX tablespace must be online.

A . to make VTP easier to implement B . to isolate broadcast traffic C . to increase the size of the collision domain D . to allow more devices to connect to the network E . to logically group hosts according to function F . to increase network security

A . final B . static C . native D . public E . private F . abstract G . protected

A .  float foo = -1； B .  float foo = 1.0； C .  float foo = 42el： D .  float foo = 2.02f： E .  float foo = 3.03d：

A . NAT B . VPN C . STP D . Security Audit

A . On/On B . On/Auto C . Passive/Active D . Desirable/Auto E . Active/Active F . Desirable/Desirable

A . filter-list B . inbound ACL C . route-map D . outbound ACL E . prefix-list F . neighbor 10.0.0.1 deny-map my-map command

A .  The plans can be manually loaded to the SQL plan baseline. B .  The plans in the SQL plan baseline are verified and accepted plans. C .  The plans generated for every SQL statement are stored in the SQL plan baseline by default.  D .  The plan baselines are stored temporarily in the memory as long as the database instance is running. E .  For the SQL plan baselines to be accessible to the optimizer， the SYSAUX tablespace must be online.

A . transparent B . auto C . on D . desirable E . blocking F . forwarding

A . p0=p1； B . p1=p2， C . p2=p4； D . p2=（ClassC）p1； E . p1=（ClassB）p3； F . p2=（ClassC）p4；

A. to make VTP easier to implement B. to isolate broadcast traffic C. to increase the size of the collision domain D. to allow more devices to connect to the network E. to logically group hosts according to function F. to increase network security

A．IGP B．BGP C．EGP D．Incomplete E．Anonymous