Answer:(Answers may vary.)
I researched about different concepts regarding statute of limitations, disclaimers, and filing procedures regarding copyright issues.
Statute of limitations
Statute of limitations for copyright falls under two categories. The first is a limitation for ‘Criminal Proceedings’. In this case, the statute stands that the claim (or lawsuit) has to be filed within five years of the cause (act of infringement). The second consideration is in the ‘Civil Action’ case. Here the claim (lawsuit) has to be filed within three years of the cause. Many times the last act of infringement is taken as the date from which these five (or three) years are calculated. There have been cases where the date when the infringement was discovered by the victim, is taken as a starting date.
Disclaimers
A disclaimer is a statement that is intended to pass on some information about the content of the design to the viewer. This disclaimer may be to signify the intent of the designer behind the content. It may also be a suggestion or warning to ensure the viewer uses discretion while viewing the content. A disclaimer is mutual understanding between the designer and viewer. This would protect the designer rights in a situation where the viewer claims damages after the viewer clearly disregarded the disclaimer.
Filing procedures
A claim for copyright has to be filed (ideally) before any infringement occurs, or within three months of the infringement. Timely registration would help the claim for damages. I can file for a copyright online (U.S. Copyright Office). I can also file for a copyright in printed form at the U.S. Copyright Office. I would need two copies of my work at the time of filing. The online facility is charged (fees) lesser than direct submission. I would have to sure which form I fill, as all the forms refer to different types of work.
Explanation: I just did it and it showed me.
Answer:
- def is_prime(n):
- for i in range(2, n):
- if(n % i == 0):
- return False
- return True
-
- prime_truths = [is_prime(x) for x in range(2,101)]
- print(prime_truths)
Explanation:
The solution code is written in Python 3.
Presume there is a given function is_prime (Line 1 - 5) which will return True if the n is a prime number and return False if n is not prime.
Next, we can use the list comprehension to generate a list of True and False based on the prime status (Line 7). To do so, we use is_prime function as the expression in the comprehension list and use for loop to traverse through the number from 2 to 100. The every loop, one value x will be passed to is_prime and the function will return either true or false and add the result to prime_truth list.
After completion of loop within the comprehension list, we can print the generated prime_truths list (Line 8).
Answer:
method for user authentication to the network
Provide detailed information about a user
Explanation:
An in AD, a user account consists of all the information that includes user names, passwords, and groups. All these information defines a domain user in which a user account has membership access to. With the advanced features of Kerbos, mutual authentication in user accounts to a service is achieved.
Answer:
Pseudocode is as follows:
// below is a function that takes two parameters:1. An array of items 2. An integer for weight W
// it returns an array of selected items which satisfy the given condition of sum <= max sum.
function findSubset( array items[], integer W)
{
initialize:
maxSum = 0;
ansArray = [];
// take each "item" from array to create all possible combinations of arrays by comparing with "W" and // "maxSum"
start the loop:
// include item in the ansArray[]
ansArray.push(item);
// remove the item from the items[]
items.pop(item);
ansArray.push(item1);
start the while loop(sum(ansArray[]) <= W):
// exclude the element already included and start including till
if (sum(ansArray[]) > maxSum)
// if true then include item in ansArray[]
ansArray.push(item);
// update the maxSum
maxSum = sum(ansArray[items]);
else
// move to next element
continue;
end the loop;
// again make the item[] same by pushing the popped element
items.push(item);
end the loop;
return the ansArray[]
}
Explanation:
You can find example to implement the algorithm.
Answer:
A
Explanation:
The most likely cause of the problem is that You signed in to BIOS/UEFI with the user power-on password rather than the supervisor power-on password. The User password only enables the machine to boot while the supervisor password allows entering the BIOS settings.
