Pick the statement that would fail to add diska5 and diska6.

The following query shows four MEMBER disks and three CANDIDATE disks.

SQL> select name, header_status, path from v$asm_disk;

NAME HEADER_STATUS PATH

———— ————- ————————-

CANDIDATE /dev/rdsk/diska5

CANDIDATE /dev/rdsk/diska6

CANDIDATE /dev/rdsk/diska7

DISK01 MEMBER /dev/rdsk/diska1

DISK02 MEMBER /dev/rdsk/diska2

DISK03 MEMBER /dev/rdsk/diska3

DISK04 MEMBER /dev/rdsk/diska4

7 rows selected.

Using SQLPlus you want to add /dev/rdsk/diska5 and /dev/rdsk/diska6 to diskgroup DGROUP1.

DGROUP1 is currently mounted.

Pick the statement that would fail to add diska5 and diska6.

The following query shows four MEMBER disks and three CANDIDATE disks.

SQL> select name, header_status, path from v$asm_disk;

NAME HEADER_STATUS PATH

———— ————- ————————-

CANDIDATE /dev/rdsk/diska5

CANDIDATE /dev/rdsk/diska6

CANDIDATE /dev/rdsk/diska7

DISK01 MEMBER /dev/rdsk/diska1

DISK02 MEMBER /dev/rdsk/diska2

DISK03 MEMBER /dev/rdsk/diska3

DISK04 MEMBER /dev/rdsk/diska4

7 rows selected.

Using SQLPlus you want to add /dev/rdsk/diska5 and /dev/rdsk/diska6 to diskgroup DGROUP1.

DGROUP1 is currently mounted.

Pick the statement that would fail to add diska5 and diska6.

A.
ALTER DISKGROUP dgroup1 ADD DISK
‘/dev/rdsk/disk*5’,
‘/dev/rdsk/disk*6’;

B.
ALTER DISKGROUP dgroup1 ADD DISK
‘/dev/rdsk/diska5’,
‘/dev/rdsk/diska6’;

C.
ALTER DISKGROUP dgroup1 ADD DISK
‘/dev/rdsk/diska5’ name disk05,
‘/dev/rdsk/diska6’ name disk06;

D.
ALTER DISKGROUP dgroup1 ADD DISK ‘/dev/rdsk/diska*’;

E.
ALTER DISKGROUP dgroup1 ADD DISK ‘/dev/rdsk/diska[56]’;



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