Here is the answer that would best complete the given statement above. Anti-lock braking systems can significantly improve your braking stability. The correct answer would be therefore, option B. Anti-lock braking systems is for safety purposes in order for to prevent <span>the wheels from </span>locking<span> up (ceasing rotation) and avoiding uncontrolled skidding. Hope this answer helps.</span>
Event is an action that causes something to happen
Answer:
putting your hands one the wheel, putting the car in gear, putting your foot on the brakes when you need to, and watch for cars when you're driving. hope it helps
Explanation:
The two settings that one must configure when fortigate is being deployed as a root fortigate in a security fabric topology are:
- Option A. Enables you to view the logical and physical topology of Security Fabric devices.
- Option C. Enables you to view the security ratings of FortiGate Security Fabric groups.
<h3>What is security fabric settings?</h3>
The term Security Fabric is known to be a tool that aids one or allows one's network to be able to automatically see and also dynamically isolate any kinds of affected devices.
Note that is one that can also partition network segments, update rules, and they can bring out new policies, and delete malware.
Hence, The two settings that one must configure when fortigate is being deployed as a root fortigate in a security fabric topology are:
- Option A. Enables you to view the logical and physical topology of Security Fabric devices
- Option C. Enables you to view the security ratings of FortiGate Security Fabric groups.
See full question below
Which two Security Fabric features are on FortiManager? (Choose two.)
Select one or more:
A. Enables you to view the logical and physical topology of Security Fabric devices
B. Enables you to run security rating on FortiGate devices
C. Enables you to view the security ratings of FortiGate Security Fabric groups
D. Enables you to view and renew Security Fabric licenses for FortiGate devices
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Answer:
1.the program is moved from secondary storage to memory.
Explanation:
Secondary storage media generally have greater storage capacity than RAM (random access memory), for this reason the data and program are stored there.
but ram memories are much faster, for example, a solid state disk (SSD) with SATA III connection can have read and write speeds of approximately 500 MB/s, while a DDR III RAM can have speeds between 12 and 18 GB/S, that is, more than 20 times faster.
So that the flow of data at the time of running a program is optimal, the data from the secondary storage unit is copied to the RAM and this ensures that the speed at which the programs run is at least 20 times faster, and our processes run better.
