Answer:
The first (The security administrator makes sure to shred and properly dispose of any printed confidential information) and third (The security administrator uses password-protected files and folders on his work computer.) ones are correct.
I think the answer is
A) All of the answers are correct
I hope this helps :)
Answer:
Better collabaration and helping find bugs.
Explanation:
When working with a group of people, comments help the other person understand what you are doing.
Ex. //cat sprite
Also, it helps find bugs. For example, if the cat sprite is not working that means you know it has something to do with that peice of code.
Answer: When you declare a variable, you should also initialize it. Two types of variable initialization exist: explicit and implicit. Variables are explicitly initialized if they are assigned a value in the declaration statement. Implicit initialization occurs when variables are assigned a value during processing.
Explanation:
For example, in JavaScript
var PaintAmount = 50; -declare and initialize
function setup() {
creatCanvas(200, 200);
}
function draw() {
ellipse(PaintAmount, PaintAmount) -use the variable PaintAmount
}
or rather in Java,
package random;
public class something() {
Public static void Main(String []args) {
string name; // this is declaring the variable with the example type
string name = new string; //this initializes the declared variable
}
}
Answer
First part:
The transmitted 8-bit sequence for ASCII character '&' with odd parity will be 00100110. Here leftmost bit is odd parity bit.
Second part:
The invalid bit sequence are option a. 01001000 and d. 11100111
Explanation:
Explanation for first part:
In odd parity, check bit of either 0 or 1 is added to the binary number as leftmost bit for making the number of 1s in binary number odd.
If there are even number of 1s present in the original number then 1 is added as leftmost bit to make total number of 1s odd.
If there are odd number of 1s present in the original number then 0 is added as leftmost bit to keep the total number of 1s odd.
Explanation for second part:
A valid odd parity bit sequence will always have odd number of 1s.
Since in option a and d, total number of 1s are 2 and 6 i.e. even number. Therefore they are invalid odd parity check bit sequences.
And since in option b and c, total number of 1s are 5 and 7 i.e. odd numbers respectively. Therefore they are valid odd parity check bit sequences.
