What happens when the CRS Engine fails in a High-Availability CRS deployment? （）

A . All call processing immediately begins using the CRS Subscriber Database.  B . Calls in queue are dropped.  C . Agent calls are dropped.  D . Agents are automatically logged out.  E . CRS configuration changes are blocked until the CRS Publisher Database is restored and synchronized with the CRS Subscriber Database.  F . Configuration changes are buffered until the CRS Publisher Database is restored.

A . The data is moving from 10BASE-TX to 100BASE-TX. B . The WAN encapsulation type has changed. C . The data format has changed from analog to digital. D . The source and destination hosts are in the same subnet. E . The source and destination MAC addresses have changed.

A .  The access point will attempt to download an encryption key from the nearest wireless server. B .  The access point makes several attempts to get an IP address from the DHCP server. If the  access point does not receive an address， it assigns itself the IP address 10.0.0.1 for 5 minutes. C .  The access point will attempt to connect to the nearest wireless server using LEAP  authentication. D .  The access point requests an IP address from the DHCP server. If the access point does not  receive an address， it continues to send requests indefinitely. E .  None of the other alternatives apply

A . CallManager Call Control Group   B . CRS CTI Route Point   C . CRS JTAPI User   D . CTI ports   E . CRS Call Control Group   F . CTI Route Points and directory numbers&e

A . entered the name of the target frame in hotspot properties B . entered the name of the target in frameset properties C . entered the position of the target frame in frame properties D . entered the position of target frame in hotspot properties. a name other than locatio

A . Coal heats up on its Own and catches fire and burns． B . The underground oxygen will be used up． C . Poisonous fumes and greenhouse gases wm be accumulated anderground． D . There will be an increase of abandoned mines．

A . Caller will receive network busy treatment.   B . Caller will receive ringing treatment.   C . CallManager will forward the call to the directory number configured for forward-on busy for this CTI Route Point in CallManager.   D . An exception is raised, but the call is accepted and processed.   E . CallManager will forward the caller to the directory number configured in IPCC Express for overflow

A . The server will boot from cd0 B . The server will boot from hdisk0 C . The server will boot into SMS mode D . The server will boot from hdisk1

A .  The first address learned on the port will be removed from the secure address list and be  replaced with the new address. B .  All secure addresses will age out and be removed from the secure address list. This will cause  the security violation counter to increment. C .  The packets with the new source addresses will be dropped until a sufficient number of secure  MAC addresses are removed from the secure address list. D .  The interface will be placed into the error-disabled state immediately， and an SNMP trap  notification will be sent.

A . The server will boot from cd0 B . The server will boot from hdisk0 C . The server will boot into SMS mode D . The server will boot from hdisk1

A . Access path analysis is not performed for SQL statements. B . SQL structure analysis is not performed for SQL statements. C . SQL Profile recommendations are not generated for SQL statements. D . Staleness and absence of statistics are not checked for the objects in the SQL Tuning Advisor. In this case, SQL Tuning Advisor produces recommendations based on statistical checks, access path analysis, and SQL structure analysis. SQL profile recommendations are not generated.

A .  boot policy and BIOS policy B .  disk scrub and boot policy C .  BIOS setting scrub， boot policy， and BIOS policy D .  disk scrub and BIOS setting scru

A . The data is moving from 10BASE-TX to 100BASE-TX. B . The WAN encapsulation type has changed. C . The data format has changed from analog to digital. D . The source and destination hosts are in the same subnet. E . The source and destination MAC addresses have changed.

A . A copy of the frame is forwarded out all switch ports other than the port the frame was received on. B . The frame is transmitted on the native VLAN. C . The switch sends a NACK segment to the frame’s source MAC address. D . The frame is dropped.

A . All VLANs except the default VLAN will be removed from all switches. B . All existing switches will have the students, admin, faculty, Servers, Management,Production, and no-where VLANs. C . The VLANs Servers, Management, Production, and no-where will replace the VLANs on SwX. D . The VLANs Servers, Management, Production, and no-where will be removed from existing switches.

A . An error is generated. B . You will have two identical tables in the HR schema with different names. C . You create a table called employees in the HR schema based on you EMP table. D . You create an alternative name for the employees table in the HR schema in your own schema.

A . The server will boot from cd0 B . The server will boot from hdisk0. C . The server will boot into SMS mode D . The server will boot from hdisk1.

A . All secure addresses will age out and be removed from the secure address list. This will cause the security violation counter to increment. B . The first address learned on the port will be removed from the secure address list and be replaced with the new address. C . The interface will be placed into the error-disabled state immediately， and an SNMP trap notification will be sent. D . The packets with the new source addresses will be dropped until a sufficient number of secure MAC addresses are removed from the secure address list.

<img src='https://img2.soutiyun.com/shangxueba/ask/17124001-17127000/17125954/deb7ed68c2d7e927abdb1c3b0d607a7b.jpg' /> <img src='https://img2.soutiyun.com/shangxueba/ask/17124001-17127000/17125954/42e9c457823b57ebe153d61d4f5b09e9.jpg' /> A. The route does not match this policy. B. The route is accepted. C. The route is rejected. D. The route is accepted with a metric of 6.

M: Yes, I was driving home from work. It was about 5:15, and there was a blue car in front of me. We were both driving along Harbor Road when a small white Ford suddenly shot out of a side road. It shot right in front of the blue car. The driver tried to stop, but it was impossible. He ran into the white Ford. W: I see. Now, how fast was the car in front of you going when the accident happened？ M: The blue car？ 30 miles an hour. Certainly no more than that. W: And the white Ford shot out without any warning？ M: Yes, that's right. W: Then, how can you be sure the blue car was only doing 30？ M: Because I was only doing 30, and the blue car wasn't going any faster than I was. W: Are you sure of that？ M: Yes, I am. I'm positive. W: How can you be so positive, Mr. Atkins？ Were you looking at your speedometer when the accident happened？ M: Of course not. I was looking at the road ahead. That's how I managed to see the accident! W: Well, if you weren't looking at your speedometer, how can you possibly be sure how fast you were going？ M: Because I never go faster than 30 on that road. (20) A．Defendant and lawyer. B．Lawyer and witness. C．Witness and judge. D．Witness and defendant.