Answer:
B) An Algorithm
Explanation:
An algorithm is defined as the step-by-step solution to a given problem that follows a logical sequence and which is also finite. In mathematics and computer science, the first step in solving a given problem is writing out the algorithm which will include steps for calculations, decisions, data processing, input/output etc. There are scientific ways of representing algorithms through the use of flowcharts, pseudocodes, data flow diagrams etc.
Answer:
i) The time taken for 1500 records = 15 seconds.
ii) The time taken for 1500 records = 50 seconds.
Explanation:
A is an O(n) algorithm.
An algorithm with O(n) efficiency is described as a linearly increasing algorithm, this mean that the rate at which the input increases is linear to the time needed to compute that algorithm with n inputs.
From the question, it is given that for 1000 records, the time required is: 10 seconds.
Algorithm time taken is O(n)
Hence,
1) For 1,500 records
=> 10/1000 = x/1500
=> 10x1500/1000 = x
x = 15 seconds
Thus, the time taken for 1500 records = 15 seconds.
2) For 5,000 records
=> 10/1000 = x/5000
=> 10x5000/1000 = x
x = 50 seconds
Thus, the time taken for 1500 records = 50 seconds.
Answer:
A & D.
Explanation:
In real time operating system, the best description for this type of attack explained in the question is;
DOS and Race Condition.
Because race condition takes place when 2 or more threads are able to both access and change shared data simultaneously ,while DOS is a good foundation to build a custom made Real time operating system.
Thus, options A & D are correct.
Answer:
They are essentially the same physically. Logically, the print jobs are handled differently.
Explanation:
