A. The tnsnames.ora file is included in credentials.zip file that you download from service console of ADW

B. You can download tnsnames.ora from Oracle Cloud Infrastructure web console under ADW details page

C. You are automatically prompted to download the tnsnames.ora file upon creation of the ADW database

D. The ADW database will place the tnsnames.ora file in an object storage bucket

A. Data in transit to an FSS mount target is encrypted.

B. Security lists can be used as a virtual firewall to prevent an instance from mounting an FSS mount target within a subnet.

C. Encryption of file storage in FSS is optional.

D. FSS leverages UNIX user group and permission checking for file access security.

E. Oracle IAM controls which filesystems are mountable by which instances.

A. Monitor the health of the database server including CPU, memory and query performance

B. Configure resource management rules and reset the admin password

C. Fine tune a long running query using optimizer hints

D. Perform a manual backup of the ATP database

A. Customers have no control over database patching.

B. Customers can consolidate multiple database homes on a single virtual machine database host.

C. The database and backups are encrypted by default.

D. Customers can manage the TDE Wallet after DB Systems is provisioned.

A. throughput

B. IP hash

C. weighted round robin

D. CPU utilization

E. least connections

A. You can access multiple file systems through a single mount target

B. Mount target has a public IP address and DNS name

C. Mount target lives in a single subnet of your choice, but is not highly available

D. Each mount target requires six internal IP addresses in the subnet to function

A. to bring your own license on a compute service

B. to implement Oracle RAC for high availability

C. to build an Oracle database on a compute service

D. to lower license and infrastructure cost

A. Single Instance database with a Single Instance Data Guard in Maximum Protection mode

B. Two node Primary RAC database leveraging ACFS for the shared file system

C. Single Instance database with a Single Instance Data Guard in Maximum Performance mode

D. Two node Primary RAC database with a two node RAC Data Guard Standby in Maximum Performance mode

A. Terminate the compute instance preserving the boot volume. Create a new compute instance using the VM.DenseI02.8 shape using the boot volume preserved and use the NVMe devices to host your application.

B. Terminate the compute instance preserving the boot volume. Create a new compute instance using the VM.Standard2.2 shape using the boot volume preserved, but no block volume attached.

C. Terminate the compute instance preserving the boot volume. Create a new compute instance using the VM.Standard2.2 shape using the boot volume preserved and attach a new block volume to host your application.

D. Terminate the compute instance preserving the boot volume. Create a new compute instance using the BM.GPU2.2 shape using the boot volume preserved, but no block volume attached.

A. The primary and secondary VNIC association can be in different virtual cloud networks (VCNs)

B. The primary and secondary VNIC association must be in the same availability domain

C. You can assign an Ephemeral Public IP to a secondary VNIC

D. You can remove the primary VNIC after the secondary VNIC's attachment is complete

A. You can create only 1, 000 pre-authenticated requests per bucket.

B. You cannot retire a pre-authenticated request before it expires.

C. You can create a pre-authenticated request only for public buckets.

D. You cannot extend the expiration date on a pre-authenticated request.

A. A file system is created within an availability domain, whereas object storage buckets exist at the region level

B. FSS uses the network file system (NFS) protocol, whereas block volume uses iSCSI

C. Block volume service is NVMe based, while FSS is not

D. Object storage and block volume services offer default encryption, but FSS does not