The top-level domain (TLD), also known as the domain suffix, typically identifies the type of organization an address is associated with . (dot)
The top-level domain is the last part of the domain name i.e the part after the final dot. The tld identifies what kind of organization the domain belongs to and classifies its purpose. For example, “.com “is for commercial businesses and “.gov” is for governmental institutions.
There are three main types of top-level domains;
- Generic TLDs: They cover the most common domain names like “.com”,” .net” and “.org”.
- Country-code TLDs: These domains are reserved for use by certain countries and states like “.uk”, “.pk”, “.au”.
- Sponsored TLDs: These are usually representative of any geographical or professional communities with a delegated sponsor who represents them.
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<span>The most accurate readings are near the right end of the scale, for two reasons. Any inaccuracy in your reading is a smaller part of the total voltage near full scale, and readings near the left end are likely to be off because of incorrect adjustment of the zero adjust screw. If "extreme right" means past the end of the numbers, you may be off there if the needle hits the stop. On meters with a mirror behind the needle, move to where the needle is in front of its reflection for the best reading.</span>
Answer: False
Explanation:
This code code not deletes element from deq. This insert element at the beginning of deq. if it was deq.pop_front(elem) then it would have deleted the first element.
Therefore, it is false.
L1 Cache
There other cache levels but the most frequently used data is put in L1d (d for data) and L1i (i for instructions).
Answer:
Kasiski’s method for determining 't' works for Vigenère cipher as well. The only difference is therefore in the second stage of the attack. In the second stage, one needs to build a frequency table for each of the 't' keys, and carry out an attack like on the mono-alphabetic cipher. Given a long enough plaintext, this will work successfully.
Explanation:
Kasiski method is a method of attacking polyalphabetic substitution ciphers such as Vigenère cipher. It is also called Kasiski test or Kasiski examination.
The method involve finding the length of the keyword and then dividing the message into that many simple substitution cryptograms. Frequency analysis could then be used to solve the resulting simple substitution.
