A cloud architect is planning a secure Azure network topology for a multi-tier application environment. The infrastructure consists of:
- A hub virtual network named `vnet-transit-hub-weur` () hosting an Azure Firewall () in `AzureFirewallSubnet` and an Azure Virtual Network Gateway in `GatewaySubnet`.
- A production application spoke virtual network named `vnet-prod-app-weur` ().
- A shared database spoke virtual network named `vnet-shared-db-weur` ().
- Virtual network peering connections linking the hub to each spoke virtual network.
The design must satisfy the following requirements:
- All traffic between `vnet-prod-app-weur` and `vnet-shared-db-weur` must pass through the Azure Firewall for inspection.
- VMs in both spokes must maintain access to the on-premises datacenter via the central Virtual Network Gateway.
- Local traffic within each spoke virtual network must remain local and bypass the hub.
Which two configurations should the architect recommend to satisfy these requirements? (Select two.)
- Associate a route table with the subnets in `vnet-prod-app-weur` that contains a route for with the next hop set to the Azure Firewall private IP address.Cevap
- Enable gateway transit on the virtual network peering settings for `vnet-transit-hub-weur`, and configure both spoke virtual networks to use the remote virtual network's gateway.Cevap
- CAssociate a route table with the subnets in `vnet-prod-app-weur` that contains a route for with the next hop set to the Azure Firewall private IP address.
- DAssociate a route table with the subnets in `vnet-shared-db-weur` that contains a route for with the next hop set to the Azure Firewall private IP address.