Answer:
the information processing cycle
Explanation:
Answer:
False
Explanation:
A symbolic link contains a text string that is automatically interpreted and followed by the operating system as a path to another file or directory. This other file or directory is called the "target". The symbolic link is a second file that exists independently of its target. If a symbolic link is deleted, its target remains unaffected. If a symbolic link points to a target, and sometime later that target is moved, renamed or deleted, the symbolic link is not automatically updated or deleted, but continues to exist and still points to the old target, now a non-existing location or file. Symbolic links pointing to moved or non-existing targets are sometimes called broken, orphaned, dead, or dangling.
Answer:
Scheduling.
Explanation:
A scheduling computer system refers to an ability of the computer that typically allows one process to use the central processing unit (CPU) while another process is waiting for input-output (I/O), thus making a complete usage of any lost central processing unit (CPU) cycles in order to prevent redundancy.
Hence, the task of handling how active processes are making efficient use of the central processing unit (CPU) processing cycles is called scheduling.
In terms of the scheduling metrics of a central processing unit (CPU), the time at which a job completes or is executed minus the time at which the job arrived in the system is known as turnaround time.
Generally, it is one of the scheduling metrics to select for optimum performance of the central processing unit (CPU).
This is not a computer and technology question but ill still answer it!! They are not
Answer:
The <u>OR</u> logical operator works best when testing a number to determine if it is outside a range
Explanation:
The answer to this statement is:
The <u>OR</u> logical operator works best when testing a number to determine if it is outside a range
The concept of logical operators is simple. They allow a program to make a decision based on multiple conditions
The AND (&&) operator is used to determine whether both operands or conditions are true
The NOT (!) operator is used to convert true values to false and false values to true. In other words, it inverts a value
The OR ( || ) operator is used to determine whether either of the conditions is true. If the first operand of the || operator evaluates to true, the second operand will not be evaluated.