What are three valid reasons to assign ports on 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 . 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 .  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．IGP B．BGP C．EGP D．Incomplete E．Anonymous