Question 1
Why is CPU idle time reduced in a multi-programmed OS during I/O operations?
Question 2
What is the primary function of a multi-programmed operating system?
Question 3
Which operating system type is more responsive to process needs?
Question 4
Why might multi-tasking operating systems be preferred for user-facing applications?
Question 5
How does a multi-tasking OS improve response time?
Question 6
Which term describes a feature of multi-tasking operating systems that is not typical of multi-programmed operating systems?
Question 7
In a multi-programmed OS, what typically happens when a process requires I/O operations?
Question 8
What reduces CPU idle time in both multi-programmed and multi-tasking operating systems?
Question 9
What is an example of a situation where a multi-programmed OS is less efficient compared to a multi-tasking OS?
Question 10
Which type of operating system is used in real-time systems like laptops?
Question 11
What is one disadvantage of multi-programmed operating systems compared to multi-tasking OS?
Question 12
Which scheduling algorithm is commonly used in multi-tasking operating systems?
Question 13
In the analogy where the CPU is a teacher and processes are students with questions, how does a multi-tasking OS function?
Question 14
What is a key characteristic of multi-tasking operating systems?
Question 15
What is a common feature of both multi-tasking and multi-programmed operating systems?
Question 16
How does a multi-programmed OS handle multiple students (processes) each with several questions (tasks)?