H12-725_V4.0 practice questions, page 3 of 5, with answer review and explanations.
Question 11
Which of the following statements is true about firewall bandwidth policies?
In the default bandwidth policy on the firewall, all matching conditions are any, and the action is traffic limiting.
The parent and child policies can reference the same bandwidth profile.
The maximum bandwidth and connection limit specified in a child policy can be higher than those specified in the parent policy.
With source NAT used together with bandwidth management, the source IP address or region specified in a bandwidth policy must be a private IP address.
Question 12
Which of the following statements are true about PBR matching conditions? (Choose all that apply.)
The application type of traffic can be specified. The “application” condition allows a firewall to distinguish different applications that use the same protocol and port number, achieving more refined network management.
To match traffic with different priorities, you can set the DSCP priority as a matching condition when creating a PBR rule.
The source security zone and inbound interface can be sued together to match user traffic more accurately.
To enable a PBR rule to take effect only in a specified time range, you can set the time range as a matching condition when creating the PRB rule.
Question 13
Which of the following statements is false about PBR matching rules?
By default, the system has a default PBR named default, which is located at the bottom of the policy list and has the lowest priority. In the PRB, all matching conditions are any, and the action is not perform policy-based routing.
Multiple values can be configured for a matching condition and these values are ORed. That is, a packet matches a condition as long as it meets any of the values.
Each PBR contains only one matching condition.
When multiple PBR rules are configured, they are sorted in the order in which they are configured by default.
Question 14
Which of the following statements is false about PBR actions?
Implements no policy-based routing and forwards packets based in the existing routing table.
Enables intelligent uplink selection to select one from the multiple outbound interfaces to forward traffic.
Prevents traffic from being forwarded to other virtual systems based on PBR.
Sends packets to the specified next-hop device or through a specified outbound interface.
Question 15
Multiple links can be deployed at the egress of an enterprise network to improve network reliability.