Medium priority
No. Each thread can have only one run method. You can overload the run method because it is just another java method but only the default run method with void return type will get called when you start the thread
No. Once a thread is stopped you cannot restart it.
There is no such thing as an access specifier in Java. There are access modifiers.The default access modifier if unspecified is to allow access to classes in the current package only, except within an interface where the default is 'public'
I don't think there is such a thing as a "default object". The default class, for inheritance purposes, is called "Object".
False will be the default value of the boolean datatype in java
A Java Thread is a thread of execution in a Java Program. A Java Virtual Machine can have a single application running multiple threads, which is known as concurrency. Threads are what make the program run. Each thread has a different priority, and when the machine queue fills up, the threads are executed in the order of their priority.
Yes. 1 to 10 are the priority levels for threads in Java. 1 being the least priority and 10 being the maximum priority
. Garbage collection cannot be forced. Calling System.gc() or Runtime.gc() is not 100 percent reliable, since the garbage-collection thread might defer to a thread of higher priority
Install Java. It is "on" by default.
default it is public type
No. Each thread can have only one run method. You can overload the run method because it is just another java method but only the default run method with void return type will get called when you start the thread
No. Once a thread is stopped you cannot restart it.
Java does not support pointers.
Thread is a single sequential flow of control within program. Each flow of control may be thought of as a seperate lines of code(module) is called as thread.Actually thread is a predefined class in java. threads are used to handle Exceptions in java.
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Java uses pass by value semantics by default.
You can create a Thread in Java by using two ways. 1. Extending the Thread class public class Test extends Thread { ..... } 2. Implementing the Runnable Interface public class Test implements Runnable { ... }