Refer to the exhibit.
An administrator completes an assessment of its local data center for potential migration into VMware Cloud on AWS. After reviewing and analyzing the data and taking into account the company's business and IT priorities and budget constraints, connectivity between its on-premises and VMware Cloud on AWS environment will NOT require any high speed low latency connections. All new networks should be added to the software-defined data center (SDDC) routing table automatically when created.
Which connection supports these requirements?

• A. AWS Direct Connect
• B. Route-based VPN
• C. Policy-based VPN
• D. Layer 2 VPN (L2VPN)

What is a key functionality of the vRealize Automation Cloud Service Broker?

• A. Automates the DevOps release lifecycle.
• B. Provides a common catalog for easy consumption on VMware Cloud.
• C. Manages blueprints as a code in a YAML format.
• D. Creates and deploys virtual machines, applications, and services to multiple clouds.

Which two statements are true about the characteristics of the Default Storage Scale-Out policy? (Choose two.)

• A. Elastic DRS automatically sets to the Default Storage Scale-Out policy, adding hosts only when storage utilization exceeds a certain threshold.
• B. The Default Storage Scale-Out policy storage threshold level is set to meet SLA requirements and can not be superseded by other Elastic DRS policies.
• C. The Default Storage Scale-Out policy storage threshold is set 5% higher than the other Elastic DRS storage policies.
• D. When the storage threshold of the Default Storage Scale-Out policy has been resolved.
  Elastic DRS automatically performs a scale-in operation.
• E. The Default Storage Scale-Out policy thresholds for CPU or memory usage are set higher than the other Elastic DRS policies.

Refer to the exhibit.
How would an administrator accomplish the given configuration leveraging the firewall capabilities within VMware Cloud on AWS?

• A. Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
  Create a distributed firewall rule denying bi-directional traffic to Subnet B and Subnet C from the Internet.
  Create a distributed firewall rule under the Ethernet category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
• B. Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
  Create a gateway firewall rule denying bi-directional traffic to Subnet B and Suubnet C from the Internet.
  Create a distributed firewall rule under the Application category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
• C. Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
  Create a gateway firewall rule denying bi-directional traffic to Subnet B and Subnet C from the Internet.
  Create a gateway firewall rule to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
• D. Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
  Create a gateway firewall rule denying bi-directional traffic from the Internet to all subnets. Create a distributed firewall rule under the Infrastructure category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.