You work for a health insurance company that stores a large number of patient health records in an Oracle Cloud Infrastructure (OCI) Object Storage bucket named "HealthRecords".
Each record needs to be securely stored for a period of 5 years for regulatory compliance purposes and cannot be modified, overwritten or deleted during this time period.
What can you do to meet this requirement?

• A.Create an OCI Object Storage Lifecycle Policies rule to archive objects in the HealthRecords bucket for five years.
• B.Create an OCI Object Storage time-bound Retention Rule on the HealthRecords bucket for five years.
  Enable Retention Rule Lock on this bucket.
• C.Enable encryption on the HealthRecords bucket using your own vault master encryption keys.
• D.Enable versioning on the HealthRecords bucket.

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What happens after you successfully run the following command on your Oracle Cloud Infrastructure Container Engine for Kubernetes (OKE) using the YAML file defined below?
kubectl create -f definition.yml
YAML file - definition.yml

• A.A single Pod with a single container is created.
• B.No Pod gets created.
• C.Two Pods with a container each are created.
• D.A single Pod with two containers is created.

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An Oracle Cloud Infrastructure tenancy administrator is not able to delete a user in the tenancy.
What can cause this issue?

• A.User needs to be deleted from federation Identity Provider (IdP) before deleting from IAM.
• B.Users can be blocked but not deleted.
• C.User is member of an Identity and Access Management (IAM) group.
• D.User has multi-factor authentication (MFA) enabled.

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Your company is moving an Internet-facing, 2-tier web application into Oracle Cloud Infrastructure. The application must have a highly available architecture.
Which two design options would you consider? (Choose two.)

• A.Place all web servers behind a public load balancer.
• B.Configure a NAT instance in your Virtual Cloud Network (VCN). Create a route rule by using the private IP of the NAT instance as a route target for all the private subnets in your VCN.
• C.Create an Internet Gateway and attach it to your VCN. Deploy public load balancer nodes into two Available Domains.
• D.Configure a Dynamic Route Gateway in your VCN and make it highly available.

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A customer launched a compute instance in the Virtual Cloud Network (VCN), which has an internet gateway, a service gateway, a default security lists and a default route table. The customer opened up Port 22in the security lists attached to the compute instance subnet, however is still unable to connect to compute instances using SSH.
Which action can resolve this issue?

• A.Modify the security list associated with the VCN subnet in which the instance resides. Add a stateful egress rule to allow ICMPtraffic in addition to the port 22.
• B.Modify the route table associated with the VCN subnet in which the instance resides. Add a following route to the route table:
  Destination CIDR: 0.0.0.0/0
  Target: Service Gateway (SGW)
• C.Modify the route table associated with the VCN subnet in which the instance resides. Add a following route to the route table:
  Destination CIDR: 0.0.0.0/0
  Target: Dynamic Routing Gateway (DRG)
• D.Modify the route table associated with the VCN subnet in which the instance resides. Add a following route to the route table:
  Destination CIDR: 0.0.0.0/0
  Target: Internet Gateway (IGW)

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