Which initialization parameter in an ASM instance specifies the disk groups to be automatically mounted at instance startup？（）  

A . COPY B . BACKUP C . CHANGE D . DELETE E . CATALOG

A . It can be increased up to the value of the SGA_MAX_SIZE parameter. B . Increasing the value of the SGA_TARGET parameter distributes the increased memory among all the Autotuned components. C . Reducing the value of the SGA_TARGET parameter deallocates memory from both autotuned and Manually sized components. D . Increasing the value of SGA_TARGET up to the value of SGA_MAX_SIZE disables the automatic shared Memory management feature.

A . TARGET_REDO_BLKS B . FAST_START_IO_TARGET C . LOG_CHECKPOINT_TIMEOUT D . RECOVERY_ESTIMATED_IOS E . LOG_FILE_SIZE_REDO_BLKS F . LOG_CHECKPOINT_INTERVAL

A . LOG_ARCHIVE_DEST B . LOG_ARCHIVE_START C . LOG_ARCHIVE_FORMAT D . LOG_ARCHIVE_MAX_PROCESSES

A . Channel 6 DSC B . Channel 6 Radiotelephony C . Channel 13 Radiotelephony and channel 16 DSC D . Channel 70 DSC

A .  It is required to establish the point-to-point FCoE links with the first switch in the path. B .  It is required to establish the point-to-point FCoE links with any switch across multiple Ethernet segments. C .  It is not used to build the FCoE links. D .  It is used to ensure lossless transport.

A . Connected subnet numbers B . Register administrative subnet masks C . IP address mask D . Autonomous system number E . Metric weight

A .  set SHARED_POOL_SIZE to zero B .  set STATISTICS_LEVEL to BASIC C .  set SGA_TARGET to a non-zero value D .  set DB_CACHE_SIZE to a non-zero value E .  set STATISTICS_LEVEL to TYPICAL or ALL

A .  MEMORY_TARGET can be increased up to the value of MEMORY_MAX_TARGET， if MEMORY_MAX_TARGET is set to a value greater than zero B .  MEMORY_MAX_TARGET defaults to a value of zero if MEMORY_TARGET is not set C .  MEMORY_TARGET represents the total amount of memory that can be allocated to SGA and PGA memory structures. D .  MEMORY_TARGET is static and cannot be modified without shutting down the instance

A . DISPATCHERS and SHARED_SERVERS B . DISPATCHERS and MAX_DISPATCHERS C . MAX_DISPATCHERS and MAX_SHARED_SERVERS D . SHARED_SERVER_SESSIONS and DISPATCHERS

A . set SHARED_POOL_SIZE to zero B . set STATISTICS_LEVEL to BASIC C . set SGA_TARGET to a non-zero value D . set DB_CACHE_SIZE to a non-zero value E . set STATISTICS_LEVEL to TYPICAL or ALL

A .  SORT_AREA_SIZE B .  HASH_AREA_SIZE C .  BITMAP_MERGE_AREA_SIZE D .  CREATE_BITMAP_AREA_SIZE E .  PGA_AGGREGATE_TARGET

A .  static final int[] a = { 100，200 }； B .  static final int[] a； static { a=new int[2]； a[0]=100； a[1]=200； } C .  static final int[] a = new int[2] { 100，200 }； D .  static final int[] a； static void init（） { a = new int[3]； a[0]=100； a[1]=200； }

A . static final int[]a={100，200}； B . static final int[]a；static{a=new int[2]；a[0]=100；a[1]=200；} C . static final int[]a=new int[2]{100，200}； D . static final int[]a；static void int（）{a=new int[3]；a[0]=100；a[1]=200；}

A .  The access point has broadcast too many SSIDs. B .  The wireless client has missed too many beacons from the access point. C .  The maximum data retry count， initiated by the wireless client， is exceeded. D .  The wireless client has reduced the data rate. E .  The access point has requested client reauthentication. F .  The wireless client has missed too many IAPP （Inter Access Point Protocol） updates.

A . Age of vehicle or cargo unit B . Size and weight of vehicle/cargo unit C . Reputation of shipper concerning condition of cargo D . Air pressure in the vehicles tire

A . MEMORY_TARGET can be increased up to the value of MEMORY_MAX_TARGET, if MEMORY_MAX_TARGET is set to a value greater than zero B . MEMORY_MAX_TARGET defaults to a value of zero if MEMORY_TARGET is not set C . MEMORY_TARGET represents the total amount of memory that can be allocated to SGA and PGA memory structures. D . MEMORY_TARGET is static and cannot be modified without shutting down the instance

A . Workload Manager，POWER5 support B . 64-bit kernel support，JFS2 support C . Dynamic LPAR，Capacity upgrade on demand D . Micro-Partitioning，Virtual I/O Server

A . Advertise Discount B . Let the system suggest products on auction C . Cross-sell products based on contents of the customer’s wish list D . Up-sell products based on the contents of the current page

A . static final int[] a = { 100，200 }； B . static final int[] a； static { a=new int[2]； a[0]=100； a[1]=200； } C . static final int[] a = new int[2]{ 100，200 }； D . static final int[] a； static void init（） { a = new int[3]； a[0]=100； a[1]=200； }

A . /usr/sbin/nim_init B . /usr/bin/installnim C . /usr/sbin/nimconfig D . /usr/sbin/setup_server

A .https://assets.asklib.com/images/image2/2018080115515869311.jpg B .https://assets.asklib.com/images/image2/2018080115520283848.jpg C .https://assets.asklib.com/images/image2/2018080115521279815.jpg D .https://assets.asklib.com/images/image2/2018080115521823798.jpg

Which of the following is/are adjustment(s) to the basis of property after the initial basis is determined？()I. Add the costs of protecting ownership of the property.II. Add the expenditures for painting the company name on the property.III. Subtract the capital recovery resulting from collections for easements.IV. Subtract the capital recovery resulting from depreciation deductions. A、Only statement IV is correct B、Only statements I and III are correct C、Only statements III and IV are correct D、Only Statements II, and IV are correct E、Statements I, II, III, and IV are correct