Because, they are all required to configure to it to be recognized by an operating system.
Explanation:
It is the Operating System Software that instructs the hardware and puts them together to work well. When the manufacturer does not configure the device to be recognized by an operating system, then it will not work with other components.
Example.
If an Apple machine's sound card is being put in an HP machine which uses Microsoft designed operating system, won't work due to the operating system that the sound card has been designed for.
Answer:
(1) input-output equipment, (2) main memory, (3) control unit, and (4) arithmetic-logic unit.
Answer: is when your earnings potential is higher than the cost of your education
Explanation:
A positive return on investment on a particular thing occurs when the benefit derived is more than the cost that was incurred while in a scenario whereby the cost is more than the benefit, a negative return on investment took place.
In this case, a positive return on investment for higher education occurs when your earnings potential is higher than the cost of your education.
Answer:
The answer is "Chart tracking".
Explanation:
It is also known as monitoring systems, which is required for the optimization of health records. In t he very first steps on both the road for electronic health records is indeed a properly designed tracking system. It often recognized as line charts outside the area of quality assurance, which represent the performance of the system across time.
- Patterns, cycles, and wide deviations could be noticed in the future investigated.
- Actions are computed against such a period on both the x-axis in a running graph, shown on the y-axis, and other choices can't be correct because it is not defined in the question.
Answer:
2.82
Explanation:
The computation of the average number of cycles per instruction is shown below:
= Arithmetic/logical operations × frequency cycles + Register load operations × frequency cycles + Register store operations × frequency cycles + Unconditional branch instructions × frequency cycles + Conditional branch instructions × frequency cycles
= 45% × 1 + 18% × 5 + 10% × 2 + 7% × 1 + 20% × 6
= 0.45 + 0.9 + 0.2+ 0.07 + 1.2
= 2.82
