Answer:
The following code completes the program
for (i = 0; i < userValues.length; i++) {
if(userValues[i] == matchValue){
nuMatches++;
} }
System.out.println(nuMatches);
Explanation:
<em>The question is poorly formatted. So, I correct the poorly formatted program segment and I complete the missing part of the program.</em>
<em>See attachment for complete program.</em>
The explanation is as follows:
This iterates through the array
for (i = 0; i < u s e r V a l u e s. length; i++) {
This checks if the current array element is the same as the match value
if(userValues[i] == matchValue){
If yes, the number of matches is increased by 1
nuMatches++;
} }
This prints the number of matches
System.out.println(nuMatches);
Answer:
Smurf attack
Explanation:
In smurf attack is an attack of DDoS type, i.e., Distributed Denial of Service where a network request is broadcast to multiple systems but return IP address of the system sending the request is forged with the victim's IP address.
It is that type of DDoS attack where the Victim's system is flooded with spoofed ping packets. It left the system inoperable and is done by exploiting the Internet Control Message Protocol and IP of the system which is dangerous for both the sending end system and the victim's system.
Answer:
i think its accommodate, because the other two dont look right. correct me if im wrong
Answer:
You could generate random numbers between the pixel amount of the height and width than place the dots at those random points
Explanation:
Do you need the code or can you make it using my "headstart"
Answer:
Set
Explanation:
A set is unique in Python. It does not allow duplicates
