Answer:
The program displays 5 4 3 2 1 and then raises an Array Index Out Of Bounds Exception.
Explanation:
A sample of code output is attached.
The code snippet contain xMethod that takes an array and array length as argument.
In the given snippet, the array {1, 2, 3, 4, 5} and length (5) is passed as argument to the method.
First the method display the element of the array in reverse order
System.out.print(" " + x[length - 1]);
and then the method call itself again. This displays
5 from x[4]
4 from x[3]
3 from x[2]
2 from x[1]
1 from x[0]
but after displaying 1, when it tries to call the method again, an array index out of bound exception is thrown because it will try accessing an element from the array when it is already exhausted.
Answer:
All options apply to the question because each one reflects one side of technology in relation to the artist's case (that could be a software engineer or a even a hardware designer).
Explanation:
Letter a applies to the question in terms of computer program's behavior with no people's assistance, which is something not real for the present time, although it is easy to imagine that it is going to be a reality in a near future for all the improvements engineers and developers have made. Letter b also applies because computers and softwares have become one of the most important tools for artists around the world, whether for researching and/or for sharing and/or selling their productions, however it is a radical idea to think an artist is not necessary anymore, that is similiar to say human beings are not necessary only because machines have improved. Letter c also applies to the question for all improvements made in art and art forms after all improvements made in technology and tools for technologies development. And, letter d also applies because computers may be used for studying and/or working, which is the perfect tool for a workplace, and this is why it has become essential in many organizations, companies, subsidiaries, agencies, schools, and more.
Answer:
64 K bytes = 65536 bytes
32 M bytes = 33554432 bytes
Explanation:
The question expect the number of bytes in binary instead of decimal. So this is important to understand that:
- 1K bytes = 1024 bytes (in binary)
Therefore,
- 64 Kb = 64 x 1024 = 65536 bytes
Using the similar calculation logic, we know
- 1M bytes = 1024 x 1024 = 1048576 bytes (in binary)
Therefore,
- 32 M bytes = 32 x 1048576 = 33554432 bytes
Answer:
in the header in the footer
Hope it helps!!!
Explanation:
