Which of the following is not a possible state for a Thread? A. New B. Ready C. Finished D. Altered
Q: Which of the following is not a possible state for a Thread?
ANS: Altered because rest of the states are the possible states for a thread .
Which of the following is not a possible state for a Thread? A. New B. Ready...
Operating Systems: 1. Given the three thread states: running, runnable (i.e., ready), and blocked (i.e., waiting), state which of the six possible thread transitions are allowed, and which ones are not. Also, for each case, provide an example of how the transition occurs, or a reason why it cannot (as a justification for each of your answers). Assume Mesa-style scheduling.
11. Draw the process state transition diagram that involves new, ready, running, block/wait, suspend ready, and suspend block/wait states. You may copy from the Powerpoint slides posted on Blackboard. However, you need to explain the following information in your own words. Only reproducing the diagram will not give you any points. (4 points) a) Explain each state where it is located (disk or memory) b) What are the roles of short term (ST), long term (LT), and Medium term (MT)...
2. Consider an operating system that has the fllowing process states, new, ready, waiting (or blocking), running, and terminated. Answer the following questions (a) Draw a process state transition diagram (b) Explain what may cause a process to enter the waiting state from the running state. (c) Do we need a queue for the processes in the running state? Justify your answer (d) Describe the actions taken by a kernel to context-switch between processes
2. Consider an operating system that...
For the following process state diagram, which of the following state transitions are valid. (Choose all that applies) End Terminated Running Suspend OS scheduling Request resource Suspended Suspend Suspend Reactivate Reactivate New Ready Blocked Activate Release resource new → ready → suspended → blocked → suspended suspended → blocked → suspended → blocked → ready → running. running blocked → ready blocked → suspended new → ready → running → ready → terminated
Which of the following electron configurations is not possible for an atom in an excited state? I know the answer is D but I do not understand how E is possible since 4s14 would mean 14 electrons in an s orbital. Doesn't that exceed the limit of 2??? A) 1s22s22p63s23p63d104s14p1 D) 1s22s22p63s23p63d104s2 B) 1s22s22p63s13p5 E) 1s22s22p63s23p63d104s14p3 C) 1s22s22p63s23p23d2
which of the following can occur when the only thread of a process (a process with a single thread) tries to acquire a mutex (take a lock)? a. lock contention b. lock overhead c. deadlock d. data race
ist all possible results b. tions and options for controlig till 44. What is the output of each of the following code sequences? List all pe and explain your answers. a. Counter c = new Counter(); c.increment(); c.increment(); System.out.println(c); Counter c = new Counter(); Runnable r = new Increase (c. 3): Thread t = new Thread (r); t.start(): System.out.println(c): c. Counter c = new Counter(); Runnable r = new Increase (c, 3): Thread t = new Thread (r); c.increment(): t.start();...
1. Analyze the following code: public class Test implements Runnable { public static void main(String[] args) { Thread t = new Thread(this); t.start(); } public void run() { System.out.println("test"); } } 1. The code compiles but will not print anything since t does not invoke the run method. 2. The code will not compile since you cannot invoke "this" in a static method. 3. The program compiles, runs, and prints tests on the console. 2. What will the following example...
If a codon is changes from ACC to CCC what would be the possible outcome a.)New salt bridge in the peptide b.)Beta sheet turn in Peptide c.)Creation of truncated Peptide d.) New disulfide bond in protein The amber codon has been used to stop codon UAG to deliver new types of amino Acds to the cells. If this codon remains the same what molecule in the process of DNAtranslation can be altered in order to do this? a.)tRNA b.)mRNA c)DNA...
10. Which of the following orbital diagrams are not possible for a ground state electron configuration? Explain why? ls 2s b. l s 2s 2p 1s 2s d. ls ls 2s Page 4 of 6