Answer:
An observation: Java does not support true multi-dimensional arrays; rather, it supports 1-dimensional arrays, where each element can itself be another 1-dimensional array. The difference is the way memory is allocated, where a[i][j] differs from a[i,j].
Explanation:
Answer:
Net neutrality law focuses on regulating and/or preventing three main practices:
Blocking: ISPs cannot block or prevent access to any lawful content on the web.
Paid prioritization: Providers cannot prioritize companies or consumers who pay a premium for a “fast lane” and keep those who don’t pay in a “slow lane.”
Throttling: Providers cannot limit your bandwidth or slow your connection based on your internet activities.
Without net neutrality or other laws protecting equal content, ISPs could, in theory, block certain websites and favor others. For example, your internet provider could theoretically make Netflix slower in order to push you towards its cable TV service.
Or, Xfinity could allow their subscribers to stream Peacock content (which they own through NBCUniversal) for free, while charging subscribers for watching Netflix. With net neutrality, you would have free and equal access to both Peacock and Netflix.
Another example would be your ISP slowing your connection every time you try to game over Twitch, but speeding it back up again when you’re not gaming, a practice known as throttling.
Explanation:
Answer:
The solution code is written in Java.
- public static void swapArrayEnds(int myArray[]){
- int lastIndex = myArray.length-1;
- int temp = myArray[0];
- myArray[0] = myArray[lastIndex];
- myArray[lastIndex ] = temp;
- }
Explanation:
First create the swapArrayEngs method that take one input array parameter (Line 1).
Since we need to swap the first and last element of the array, we need to get the first index and last index of the array. The first index is 0 and the last index can be calculated by subtracting the length of array from 1 (Line 2).
Next, we can create a temp variable to hold the value of the first element (Line 3). Then we use the lastIndex the get the value of last element and assign it to the first element of array (Line 4). Lastly, we assign the temp (holding the initial first element value) to the last element of array (Line 5).