Answer:
batch sequence check.
Explanation:
A batch sequence check can be defined as a strategic and systematic control plan which typically involves the process of inputting a range of numbers comprising a batch and then inputting each serially numbered document.
The steps for checking an event data within a batch using a batch sequence check include the following;
I. You'll enter a range of serial numbers of the document in a batch.
II. You'll enter each serially pre-numbered document one after the other.
III. The input documents are sorted by a computer into a serial (numerical) order, match the sequence number range against the input documents, and then reports any part of the document that is missing, a duplicate and out of range.
Answer:
QBasic Programming
INPUT "ENTER ANY NUMBER"; N. S = SQR(N) IF S = INT(S) THEN. PRINT "PERFECT SQUARE" ELSE. ...
DECLARE SUB PERFECT (N) INPUT "ENTER ANY NUMBER"; N. CALL PERFECT (N) SUB PERFECT (N) S = SQR(N) ...
DECLARE FUNCTION PERFECT (S) INPUT "ENTER ANY NUMBER"; N. S = SQR(N) PR = PERFECT (S) IF PR = S THEN.
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Answer:
Option C is the correct answer for the above question.
Explanation:
The ciphertext is a text which is formed from an original text and can be called a duplicate text which has no meaning for the other user. This can be formed with the help of encryption technology. Encryption technology is a technology that uses some mythology to convert the original data into other text data (which is also called a ciphertext) because no one can able to hack the data.
The above question asked about the term which is called for the text when it is converted from original data. That text is known as ciphertext which is described above and it is stated from option c. Hence option c is the correct answer while the other is not because--
- Option 'a' refers to the public key which is used to encrypt the data.
- Option b refers to the private key which is also used for encryption.
- Option d refers to the sniffer which is not the correct answer.
Answer:
a). SLE =$37.5
b). ARO =75
c). ALE = $2,812.5
Explanation:
a).Single loss Expectancy (SLE) is starting point in determining the single loss of an asset that will occur and calculated this;
SLE = asset value * exposure factor.
Asset value =$500,
Exposure factor is simply the percentage of asset lost.
In this case out of 1000 phones, 75 were damaged or loss.
In percentage;
75 ÷ 1000 =0.075, 0.075×100=7.5%(exposure factor).
Therefore,
SLE = $500×7.5%= $37.5.
b). ARO - Annual Rate of Occurrence is the number of times a threat on a single asset is expected to occur in one year.
In the case the damage or loss occured in 75 devices in one year.
c). ALE - Annualized loss Expectancy is the product of SLE and ARO.
Therefore;
ALE = $37.5 × 75 = $2,812.5.