Answer:
ii. break
Explanation:
In Computer programming, a loop can be defined as a sequence of instructions that are executed repeatedly until a specific condition is true or for a certain number of times.
This ultimately implies that, a loop is a programming structure that continually repeats a sequence of instructions until a specific condition is true (met) or for a definite number of times.
Basically, there are three (3) main types of loop in programming and these includes;
I. For loop.
II. While loop.
III. Repeat.
Since loops continually repeats a sequence of instructions until a specific condition is true (met), it is a best practice to ensure that the loop breaks at some point to avoid an infinite loop. An infinite loop typically causes a software program to crash.
Thus, the break command is used by programmers to prevent an infinite loop or terminate a current loop immediately.
Hence, the command to get out of the loop is break.
Well actually it affects her credit. Home owners would not want to sell a house to someone who doesn't pay bills on time. It shows he/she is unreliable
Answer:
The operating system handle this system idle situation by using the System Idle Process.
Explanation:
This system idle process constantly keeps the processor occupied means that the processor will not freeze when no processes are in work.When a process is using 12% of the CPU then 88% of the CPU is used by the system idle process.You can see this in the task manager of your windows.
<span>The network topology describes the physical arrangement, installation, and connection of cables, computer, and other devices.
The network topology can be bus topology (a</span><span> network topology that uses a single cable or conductor to connect all nodes on the network.) ,</span>star topology (a network topology in which cables running from each node connect to a single point, such as a hub.), ring (a network topology that consists of a single cable that runs continuously from node to node), mesh, hybrid, hub topology,... according the arrangement of the nodes.
