Answer:
The answer are A.) Coordinating the interaction between hardware and software And B.) Allocating RAM to open programs
Explanation:
Hope this helps :)
For CH4 is a molecule of methane
C and H are atoms
Answer:
1. A function can use variables as parameters.
2. A function can have more than one parameter.
3. The definition of a function must come before where the function is used.
Explanation:
<u>The definition of a function can come before or after it is used</u> - I am pretty sure it cannot be placed after the function is being used. It should always come before it is used, so this statement is false.
<u>A function can use variables as parameters</u> - this is true, variables are just labels to hold data.
<u>A function can have more than one parameter</u> - this is true.
<u>A function must have a return value</u> - functions do not always have to <em>return</em> values. It could simply print, so this statement is false.
<u>The definition of a function must come before where the function is used</u> - As said earlier, the definition of functions must come before it is used/called. This statement is true.
Hope this helps :)
Answer:
I changed the title to describe the task the code accomplishes, this makes the contrnt more easily searchable and accessible.
Explanation:
Answer:
Parser is type of program that can determine that whether the start symbol can derive the program or not. Parser done carefully then parser is right otherwise it is wrong.
Explanation:
Recursive descent Parser example: It is also called the top down parser. In this parser, the symbol can be expand for whole program.
The recursive Descent and LL parser are called the top down parser.
Example:
E->E+T / T
T-T*F / F
F-> (E) / id
S -cAd
A- ab/a Input string is w= cad