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Yes, this is possible and can be done. The single modulation type can be employed in such a way as to maximize data throughput at all viable values of SNR.
Line chart
histogram
Qualitative and quantitative data are both 2 important types of data. Qualitative data is data based on observation and description. An easy way to remember this, Qualitative ---> QUALity. Examples of qualitative data are when you record colors, smells, textures, etc... Quantitative data is based on numerical values. An easy way to remember this, Quantitative ---> QUANTity. An example of quantitative data are any type of numerical values.
A raw data graphic is a visual representation of unprocessed, unanalyzed data. It typically shows the individual values or observations without any summarization or manipulation. This type of graphic is useful for initially exploring and understanding the data before further analysis.
yes/no data type stores only one oftwo values
No such thing exist in C but you can do this using structure data type and creating arrary of it object there after!!
In Java, such a data type is called boolean. In other programming languages it may be known by different names, including variations of "boolean" such as "bool", and "logical".
Boolean
boolean?
2^(8*sizeof(int)), typically 2^16, 2^32 or 2^64
That will vary on the programming language used, but in general, it is a data type with a fixed number of decimal digits - usually four - which internally stores the number it represented as a whole number - for four digits, that would mean multiplying it by 10,000. It is commonly used to store currency values, but it can also be used for other type of data, when you are sure you won't need more than four decimals; its benefit is that additions and subtractions with this data type are exact - they don't suffer from rounding errors that appear when converting between decimal and binary, with other data types.
Hyperlink
Boolean data type usually requires only 1 byte, because it represent only 1 of 2 possible values: true or false, which is represented as 1 or 0, so only 1 byte is needed.
the type of data which we store in a variable.. example: int a=10; /*here a is variable (data) which is of type int and stores a value 10.*/
A data type defines how data is represented. All data is obviously represented by a sequence of binary values, however, the data type determines how that value is to be interpreted by the language compiler. Object oriented programming languages use classes to define data types, which not only defines the representation of data but also which operations are valid for the type.
Data or values.