HOTSPOT
You have a virtual machine (VM) that must be secured. Direct access to the VM is not permitted. You create
the following Azure PowerShell script. Line numbers are included for reference only.
You assign the virtual network to the variable $vnet. You assign the subnet to the variable $backendSubnet.
For each of the following statements, select Yes if the statement is true. Otherwise, select No.
Hot Area:
Answer: 
To deploy a load balancer, the following objects must be created:
Front-end IP pool: The private IP address for all incoming network traffic.
Back-end address pool: The network interfaces to receive the load-balanced traffic from the front-end IP address.
Load balancing rules: The port (source and local) configuration for the load balancer.
Probe configuration: The health status probes for virtual machines.
Inbound NAT rules: The port rules for direct access to virtual machines.
01: Create a front-end IP pool with the private IP address 10.0.2.5 for the subnet 10.0.2.0/24. This address is the incoming network traffic endpoint.
02: Create a back-end address pool to receive incoming traffic from the front-end IP pool.
03: An inbound NAT rule for the Remote Desktop Protocol (RDP): Redirects all incoming traffic on port 3441 to port 3389.
04: A load balancer rule: Load-balances all incoming traffic on public port 80 to local port 80 in the back-end address pool.
05: Create the load balancer and combine the rule objects (inbound NAT for RDP, load balancer, and health probe).
06: Get the resource virtual network. These values are used to create the network interfaces.
07: Get the resource subnet. These values are used to create the network interfaces.
08: Create the first network interface with the name lb-nic1-be. Assign the interface to the load balancer back-end pool. Associate the first NAT rule for RDP with this NIC.
09: Carryover from 08.
10: Create a new ARM VM configuration.
11. Add the previously created network interface to the ARM VM configuration.
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