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The key that allows Java to solve both the security and the portability problems just described is that the output of a Java compiler is not executable code Rather, it is bytecode Bytecode is a highly optimized set of instructions designed to be executed by the Java run-time system, which is called the Java Virtual Machine (JVM) That is, in its standard form, the JVM is an interpreter for bytecode This may come as a bit of a surprise As you know, C++ is compiled to executable code In fact, most modern languages are designed to be compiled, not interpreted mostly because of performance concerns However, the fact that a Java program is executed by the JVM helps solve the major problems associated with downloading programs over the Internet Here is why Translating a Java program into bytecode helps makes it much easier to run a program in a wide variety of environments The reason is straightforward: only the JVM needs to be implemented for each platform Once the run-time package exists for a given system, any Java program can run on it Remember, although the details of the JVM will differ from platform to platform, all interpret the same Java bytecode If a Java program were compiled to native code, then different versions of the same program would have to exist for each type of CPU connected to the Internet This is, of course, not a feasible solution Thus, the interpretation of bytecode is the easiest way to create truly portable programs The fact that a Java program is interpreted also helps to make it secure Because the execution of every Java program is under the control of the JVM, the JVM can contain the program and prevent it from generating side effects outside of the system As you will see, safety is also enhanced by certain restrictions that exist in the Java language When a program is interpreted, it generally runs substantially slower than it would run if compiled to executable code However, with Java, the differential between the two is not so great The use of bytecode enables the Java run-time system to execute programs much faster than you might expect.

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is added or extracted to maintain a constant temperature When mixing is complete, the total volume change of the system (as measured by piston displacement d ) is:

3:

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Although Java was designed for interpretation, there is technically nothing about Java that prevents on-the-fly compilation of bytecode into native code Along these lines, Sun has just completed its Just In Time (JIT) compiler for bytecode, which is included in the Java 2 release When the JIT compiler is part of the JVM, it compiles bytecode into executable code in real time, on a piece-by-piece, demand basis It is important to understand that it is not possible to compile an entire Java program into executable code all at once, because Java performs various run-time checks that can be done only at run time Instead, the JIT compiles code as it is needed, during execution However, the just-in-time approach still yields a significant performance boost Even when dynamic compilation is applied to bytecode, the portability and safety features still apply, because the run-time system (which performs the compilation) still is in charge of the execution environment Whether your Java program is actually interpreted in the traditional way or compiled on-the-fly, its functionality is the same

Since the process occurs at constant pressure, the total heat transfer Q is equal to the total enthalpy change of the system:

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In some cases, more than one exception could be raised by a single piece of code To handle this type of situation, you can specify two or more catch clauses, each catching a different type of exception When an exception is thrown, each catch statement is inspected in order, and the first one whose type matches that of the exception is executed After one catch statement executes, the others are bypassed, and execution continues after the try/catch block The following example traps two different exception types: // Demonstrate multiple catch statements class MultiCatch { public static void main(String args[]) { try { int a = argslength; Systemoutprintln("a = " + a); int b = 42 / a; int c[] = { 1 }; c[42] = 99; } catch(ArithmeticException e) { Systemoutprintln("Divide by 0: " + e); } catch(ArrayIndexOutOfBoundsException e) { Systemoutprintln("Array index oob: " + e); } Systemoutprintln("After try/catch blocks");

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