The hashing function can take any number of key-value pairs and there is no specific limit to it.
<h3>What is hashing?</h3>
Hashing is a file-based algorithm for producing a fixed-length bit string value. A file is essentially a collection of data blocks. The length of the data is reduced by hashing to a fixed number or key that represents the original string.
When hashing is employed, the hash function may plot all of the keys and values to what the real size of the table is, demonstrating that the hashing function can take any number of key-value pairs with no restriction.
However, if the passwords are hashed in encryption, recovering the passwords is extremely difficult.
Thus, the hashing function can take any number of key-value pairs and there is no specific limit to it.
Learn more about the hashing here:
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Answer:
Explanation:
class TimeToSleep() {
main bunch of stuff (string argos) {
int age;
string comedy;
bool guess;
public bool imTheMasterMethod() {
guess = true;
while (guess) {
comedy = "You forgot to put the flowchart, you meathead!";
println(comedy);
scan("%d", &age);
if (age < 18) {
println("Go to sleep kiddo!");
}
}
}
}
}
Answer:
for count in range (5,8): numA=numA+count print(numA)
Explanation:
Answer:
112
Explanation:
Since computer C's performance is 4 times faster, naturally I'd multiply 28 by 4.
Answer:
b. entered later but dated as of the last day of the period.
Explanation:
Because collecting the adjustment data requires time, the adjusting entries are often entered later but dated as of the last day of the period.
