Which two items demonstrate the creation of a new volumefor software images?
(Choose two.)

1. A. tmsh install software image /shared/images/BIGIP-.iso volume HD1.5 create-volume
2. B. tmsh install /sys software image BIGIP-.iso volume HD1.5 create-volume
3. C. Using the GUI, go toSystem>Disk Management, selectNew Volum
4. D. In the pop-up window, type the name or number of the new volume and clickApply.
5. E. tmsh install sys software image /shared/images/BIGIP-.iso volume HD1.5 create-volume
6. F. Using the GUI, go toSystem>Software Management>Available Images>Install, and in the Install Software Image pop-up window, type the new volume name or number and clickInstall.

Correct Answer: AC
In BIG-IP, software images are installed onboot volumes(for example, HD1.1, HD1.2, HD1.3, etc.).
To install software on anew volume, the administrator must instruct the system to create a new boot location before installation.
There are two correct ways to create a new volume:
* A. tmsh command (with correct syntax)
tmsh install software image /shared/images/BIGIP-.iso volume HD1.5 create-volume
This syntax correctly includes:
install software image
full path to ISO (/shared/images/...)
volume name (HD1.5)
create-volumekeyword
This instructs BIG-IP to create the new boot volume as part of the installation.
* C. Using the GUI ?? System>Disk Management
From the Disk Management menu, the administrator can:
Select ??New Volume??
Enter the volume identifier (e.g., HD1.5)
Apply changes
This GUI method is officially supported and explicitly creates a new boot volume before installing the software.
Why the other options are incorrect:
* B. Incorrect tmsh syntax
Missing /shared/images/ path
Incorrect command structure
* D. Incorrect command structure
Missing required keywords and correct command hierarchy
* E. Software Management ?? Install does NOT create volumes
This installs to anexistingvolume only
The GUI install dialog does not create new boot volumes
Thus, onlyOption AandOption Cproperly create a new software volume.

Which command will display the current active volume on a BIG-IP system?

1. A. tmsh show sys version
2. B. tmsh show sys software status
3. C. tmsh list sys software update

Correct Answer: B
To identify which boot volume is currently active on a BIG-IP system, the correct command is:
tmsh show sys software status
This command displays:
All installed boot volumes (HD1.1, HD1.2, HD1.3, etc.)
The BIG-IP software version installed on each volume
The Active field, indicating which volume the system is currently booted from
The installation status (''complete'', ''in-progress'', ''allowed'')
This is the standard and authoritative way to determine the active boot location.
Why the other options are incorrect:
* A . tmsh show sys version
Displays OS version, build, and date.
Does not show boot locations or which volume is active.
* C . tmsh list sys software update
Shows software update configurations, not boot volume status.
Does not display which volume is active.

What command will allow the BIG-IP Administrator to view theconfigured management IPof a BIG-IP system?
(Choose one.)

1. A. tmsh show sys management-ip
2. B. tmsh list sys management-ip
3. C. tmsh list sys management-route
4. D. tmsh list net self

Correct Answer: B
Comprehensive and Detailed Explanation (Paraphrased)
The BIG-IP stores the configured management IP address as asystem configuration objectunder the/syshierarchy.
To display configured (persistent) values, BIG-IP uses thetmsh list command, not show.
Why tmsh list sys management-ip is correct
The management IP configuration is defined under:
/sys management-ip
Running:
tmsh list sys management-ip
displays:
The configured management IP address
Netmask
Associated attributes
This command shows theactual configured management IP, which is what the question asks for.
Why the other options are incorrect
* A. tmsh show sys management-ip
The show command is used for runtime statistics and status.
management-ip is a configuration object, not a statistics object.
* C. tmsh list sys management-route
Displays management routing information, not the management IP address itself.
* D. tmsh list net self
Displays Self IPs used on the data plane.
Does not show the management interface IP.

An F5 BIG-IP Administrator is asked to report which modules areprovisionedon the BIG-IP.
In which two ways can this be done? (Choose two.)

1. A. Via the GUI atSystem # Resource Provisioning # Module Allocation
2. B. Via TMSH withshow /sys provision
3. C. Via the GUI atStatistics # Module Statistics # System
4. D. Via TMSH withlist /sys provision

Correct Answer: AD
Provisioning determines:
Which BIG-IP modules are enabled (LTM, ASM, APM, AFM, DNS, etc.)
Their provisioning levels (None, Minimal, Nominal, Dedicated)
Two accurate ways to view provisioning settings are:
* A. GUI — System # Resource Provisioning # Module Allocation
This is the primary GUI screen showing:
All modules
Their provisioning level
System resource distribution impact
Administrators commonly use this page to confirm or change module provisioning.
* D. TMSH — list /sys provision
This tmsh command displays each module and its provisioning level: sys provision ltm { level nominal }
sys provision asm { level none }
This is the authoritative CLI method for checking module provisioning configurations.
Why the other options are incorrect:
* B. show /sys provision
Showsruntimeinformation butnot the actual configuration levels.
list is the correct command for configuration details.
* C. Statistics # Module Statistics
Shows performance statistics, NOT provisioning status.
Therefore, the correct responses areAandD.

A BIG-IP device is licensed forLTM, ASM, APM, and AFM.
Currently, it will only be used forload balancingandweb application firewalling.
To ensure optimal performance and efficient resource utilization, which of the following module provisioning combinations is the best choice?

1. A. LTM: Dedicated ASM: Dedicated APM: Minimal AFM: Minimal
2. B. LTM: Dedicated ASM: Dedicated APM: None AFM: None
3. C. LTM: Nominal ASM: Nominal APM: None AFM: None
4. D. LTM: Nominal ASM: Nominal APM: Minimal AFM: Minimal

Correct Answer: C
BIG-IP provisioning determines how CPU, memory, and disk resources are allocated to each module. The goal is to provision only the modules required and at levels appropriate to their performance needs.
Requirements in the question
The device will be used for:
LTM(Local Traffic Manager) # load balancing
ASM(Application Security Manager) # WAF No functions require:
APM (Access Policy Manager)
AFM (Advanced Firewall Manager)
Why Option C is correct
Provisioning bothLTMandASMatNominallevel provides:
Adequate performance for production load
Plentiful system resources while avoiding dedicating the entire system to a single module
Balanced allocation without starving memory or CPU
SettingAPM: NoneandAFM: Noneensures unused modules consume zero resources.
Why the other options are incorrect
* A. Dedicated provisioning for both LTM and ASM
Two modules cannot both run in ??Dedicated?? mode.
Dedicated mode allocatesallresources to a single module — the second module cannot be dedicated simultaneously.
* B. LTM and ASM both Dedicated
Same issue: only one module can be Dedicated at a time.
Also unnecessary for load balancing + WAF.
* D. Setting APM and AFM to Minimal
Minimal still consumes memory and CPU.
Unused modules should be set toNone.
Therefore,Option Cis the best provisioning strategy.