Answer:
Option c is the correct answer for the above question.
Explanation:
- If the array will store in row-major order, then it will be a store like the first row, then second row and then third row.
- If the user wants to conclude the address of the A[3,5], then the address of the A[3,5] will be 184.
- It is because the 3 states the row number and the 5 states the column number.
- The above question states that every value take 8 bit. and there are 4 rows from 0 to 3 and 6 column (0 to 5) for every row (except the fourth rows because it takes 5 columns from 0 to 4) before the A[3,5].
- So there are 23 value before A[3,5] which are as-- [00,01,02,03,04,05][10,11,12,13,14,15][20,21,22,23,24,25][30,31,32,33,34].
- So when every value takes 8 bit then 23 value takes 184 bits(23*8).
- So the address of A[3,4] is 184.
- Hence option c is the correct and the other is not because of 184 stated from the c option only.
Answer:
dang how long did i take for you to wright all this and that lecture was cool
Explanation:
Answer:
The limitations of the first generation of computer are:-
•The operating speed was very low.
•Power consumption was very high.
•They required large space for installation.
<h2>Hope it helps you.</h2>
Answer:
Processing
Explanation:
The processor of a computer takes inputs runs them through the loaded programs and returns outputs usually to the screen or speakers of the computer.
Answer:
He can define pas follows: Let P be defined on the set of languages accepted by some Turing machine M. Let it be True if 10 ] is 5 and False otherwise.
Explanation:
The domain of P is the SD languages since it is those languages that are accepted by some Turing machine H. P is nontrivial since P({ a, aa, aaa, aaaa, aaaaa, aaaaaa, b, bb, bbb, bbbb, bbbbb, bbbbbb } ) is True and P ( 5 ) is False.
Thus {< M> is a Turing machine and I L I - 5 and I L I - 16 }
