From the creator of the network
A 2d array (i.e. 2 dimensional array) represents its elements in rows and columns
<h3>The program in Java</h3>
The method in Java, where comments are used to explain each line is as follows
//This defines the method
public static int diagSum(int[][] myArray) {
//This initializes sum to 0
int sum = 0;
//This iterates through each row of the array
for (int i = 0; i < myArray.length; i++) {
//This calculates the sum of the diagonals
sum+=myArray[i][i];
}
//This returns the sum
return sum;
}
Read more about methods at:
brainly.com/question/15969952
Okay, a Multitasking Operating System(OS) allows you to run many processes (or tasks) <span>"simultaneously".
</span><span>They do not actually run at the same time, of course, since there is only one CPU.
</span>They have to take turns working but they do it really fast (:
Also, if your CPU has multiple cores then you can, run one task on one core, and another on the other core, depending of course on how many cores you CPU has e.g. Quad-Core, Dual-Core, Eight-Core.
Answer:
This is your answer
Explanation:
any of a class of devices capable of solving problems by processing information in discrete for is called digital computer.
Hybrid computer is the combination of both analog and digital computer..
<h3>Hope it helps</h3><h3>Good day (≧▽≦)</h3>
Answer:
The answer to this question is given below in the explanation section.
Explanation:
The given options to this question are:
- resolution.
- magnification.
- orientation.
- colors.
The correct option to this question is 1. i.e.
Resolution.
The resolution of an image determines how many pixels per inch an image contains. Image having a higher resolution takes long page load times for a page and lower resolution takes less page load time. So, to prevent long page load times for pages containing images, it is best to use compressed file formation as well as appropriate image dimension and resolution.
While other options are not correct because:
Magnification, orientation, and color does not affect the page load time. Page load time for images only affected by the dimension and resolution of the images.
