Answer:
background-color: (Color)
Explanation:
This is actually CSS coding, as you would code it like:
Body {
background-color: (Color)
}
The electric field points outward
Answer:
a) EDI Semantic Layer
Explanation:
EDI is an acronym for electronic data interchange and it can be defined as a form of communication between interconnected computer systems and software applications with respect to business informations in standard digital formats.
This ultimately implies that, electronic data interchange (EDI) involves the transfer of business informations such as financial transactions between the computer systems of various organizations such as banks, companies, governmental agencies, etc. Thus, it avails businesses the ability to create strategic communications using computer to computer links to effectively and efficiently exchange business informations electronically or in digital formats.
Hence, the EDI Semantic layer describes the business application that is driving electronic data interchange (EDI).
Answer:
Data collection begins only
after completing the research design process.
Explanation:
The nature of the research problem and design process provides the basis for data collection. Data collection can be carried out from primary or secondary sources or both. The collection system will indicate if the research is exploratory, descriptive, or conclusive. Data collection provides an important way to understand the characteristics of the research interest. A clear definition of the research interest is provided by a correct research question, which also provides focus and direction for the study.
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.
