Bits, Bytes, and Binary
	Quiz
 
 
- Which of the following lists of terms usually describe a bit in the same state? -   1, ON, LO, TRUE, CLEARED
-   0, OFF, LO, FALSE, CLEARED
-   1, ON, HI, FALSE, SET.
-   0, ON, LO, TRUE, SET
 
- What is a byte? -   A generic term for the smallest addressable amount of memory on a processor.
-   A collection of exactly eight bits.
-   Any collection of two or more bits.
-   A digital system.
 
- How can we change individual bits if the smallest addressable amount of memory is greater than one bit? -   We use operations that have the effect of reading and writing individual bits even though they are working with a larger data size.
-   Even though we may have to address a memory block larger than one bit, there are always operators that allow us to address individual bits as well.
-   By placing the processor in its bit-addressable mode.
-   We can't - we have to live with the fundamental limits of the processor we are working with.
 
- How many values can 16 bits represent? -   256
-   1,024
-   65,536
-   1,048,576
 
- What is the largest decimal value that a 32 bit pure binary value can represent. -   4,294,96,7294
-   4,294,967,295
-   4,294,967,296
-   4,294,967,297
 
- As an 8-bit pure binary integer, what how is the value 42 represented? -   1011 1111
-   0100 1011
-   0010 1010
-   0001 1110
 
- What is the decimal representation of 1011 1111 when interpretted as a pure binary value? -   42
-   131
-   191
-   207
 
- How many bits are required to be able to represent all ten of the decimal digits? -   2
-   4
-   8
-   16
 
- What is "bit" short for? -   bitwise.
-   Binary Information Token
-   It simply means one bit - as in one tiny piece - of information.
-   Binary digit.
 
- When and by whom was the term "byte" coined? -   Alan Turing, sometime during WWII while working to break German naval ciphers.
-   Dr. Werner Buchholz of IBM in 1956 as part of an effort to standardize computer character sets.
-   Bill Gates in the 1980 documentation for the original version of MS-DOS.
-   Dr. Richard P. Feynman during his 1965 Nobel Prize acceptable speech.