Oracle Cloud Infrastructure 2018 Architect Associate - 1z1-932 Free Exam Questions

A. Archive Storage

B. Storage Software Cloud Appliance

C. Object Storage

D. File Storage

E. Block Volume

A. converting the Oracle database to a NoSQL database and migrating to Oracle Cloud Infrastructure by using rsync file copy

B. snapping or cloning storage form on-premise to Oracle Cloud Infrastructure

C. performing a backup to Oracle Cloud Infrastructure Object Storage, and then restoring to a database server on Oracle Cloud Infrastructure

D. performing RMAN backup to an on-premise storage device, and then shipping to Oracle Cloud Infrastructure

A. an NVMe SSD boot disk for each instance, whose size is determined by the image and shape of the instance

B. a variety of shapes, where each shape determines the number of CPUs and memory allocated to an instance.

C. a range of public IP addresses that are reserved for your tenancy

D. a set of images, where each image is a template of a virtual hard drive that consists of the OS and installed software and applications

A. Create five internet gateways in your VCN and have separate route table for each internet gateway.

B. Create five IPsec VPN connections with each company location and terminate those connections on five separate DRGs. Attach those DRGs to your VCN.

C. Create five IPsec connections with each company location and terminate those connections on a single DRG. Attach that DRG to your VCN.

D. Create five virtual circuits using FastConnect for each company location and terminate those connections on a single dynamic routing gateway (DRG). Attach that DRG to your VCN.

A. boot volume

B. custom image

C. Object Storage

D. bare metal instance

A. Deploy production and DR applications in the same VCN. Create production subnets in one AD, and DR subnets in another AD.

B. Deploy production and DR applications in two separate virtual cloud networks (VCNs), each in different regions, and then use VCN local peering gateways for connectivity.

C. Deploy production and DR applications in two separate VCNs, each in different regions. Connect them using a VCN remote peering connection.

D. Deploy production and DR applications in two separate VCNs in different availability domains (ADs) within your home region, and then use a VCN remote peering connection for connectivity.

A. Create an object bucket to receive the job.

B. Data Transfer Service and Storage Service Limits should be checked and raised if required.

C. Set up SSH access to a host on OCI to coordinate the transfer job.

D. Obtain an available host machine which can run the dts utility on-premise with SATA or USB drives attached for the transfer job.

E. Get access to a high-speed internet connection

A. resource

B. data source

C. region

D. instance

E. variable

F. metadata