The answer to the question which asks if the Shortest Remaining Time First is the best preemptive scheduling algorithm that can be implemented in an Operating System is:
This refers to the type of scheduling algorithm which is used to schedule tasks that would be executed in the processing unit in an Operating System based on the shortest time taken to execute the task.
With this in mind, we can see that this is the best preemptive scheduling algorithm that can be implemented in an Operating System because it makes task execution faster.
Read more about scheduling algorithm here:
brainly.com/question/15191620
Answer:
a
Explanation:
Yes, true.
Shortest Remaining Time First, also popularly referred to by the acronym SRTF, is a type of scheduling algorithm, used in operating systems. Other times it's not called by its name nor its acronym, it is called the preemptive version of SJF scheduling algorithm. The SJF scheduling algorithm is another type of scheduling algorithm.
The Shortest Remaining Time First has been touted by many to be faster than the SJF
Answer:
Code is provided in the attachment form
Explanation:
Vector Multiplication code:
Vector_multiplication.c file contains C code.
See attachment no 1 attached below
Classification of Algorithm: For creating elements in vector c of size n, number of scalar multiplications is equal to n. The size of original two vectors scales directly with the number of operations. Hence, it is classified as O(n).
Answer:
Yes Preto distribution takes over when we apply 80/20 rule.
Explanation:
The Pareto distribution is derived from pareto principle which is based on 80/20 rule. This is main idea behind the Pareto distribution that percent of wealth is owned by 20% of population. This 80/20 rule is gaining significance in business world. There it becomes easy to understand the input and output ratio. The input ratio helps to analyse the potential output using Pareto distribution.
void f1(int array, int size);
void f1(int& array, int size);
void f1(int array[100], int size);
void f1(float array[], int size);
All of the above
C and D
A and B
Answer:
Only
Option: void f1(float array[], int size);
is valid.
Explanation:
To pass an array as argument in a function, the syntax should be as follows:
functionName (type arrayName[ ] )
We can't place the size of the array inside the array bracket (arrayName[100]) as this will give a syntax error. The empty bracket [] is required to tell the program that the value that passed as the argument is an array and differentiate it from other type of value.
order. B, TB,KB, GB,MB
Answer:
TB,GB,MB,KB,B
Explanation:
The analytical decision-making style most likely requires the most amount of data analysis.
Define data analysis.
Data analysis is the process of systematically inspecting, cleaning, transforming, and modeling data with the goal of discovering useful information, drawing conclusions, and supporting decision-making. Data analysis is used in a wide range of fields, including business, science, social sciences, and engineering, to extract insights from raw data and identify patterns, trends, and relationships. The process of data analysis typically involves using statistical and mathematical techniques, as well as visualization tools, to interpret and communicate the results of the analysis.
The analytical decision-making style is most likely to require the most amount of data analysis. Analytical decision-making involves a methodical and thorough approach to gathering and analyzing data before making a decision. This style of decision-making is often used in complex or high-stakes situations, where there are many variables to consider and the consequences of a poor decision could be significant. Analytical decision-making involves collecting data from multiple sources, analyzing the data using various methods, and making a decision based on the results of the analysis. This style of decision-making can be time-consuming and requires a significant amount of data analysis to ensure that all relevant information has been considered before making a decision.
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#SPJ1
int number = input.nextInt(); if (number <= 0) System.out.println(number);
1) The if statement is wrong, because it does not have the else clause;
2) System.out.println(number); must be placed inside braces;
3) If number is zero, number is displayed;
4) If number is positive, number is displayed.
5) number entered from the input cannot be negative.
Answer:
3) If number is zero, number is displayed;
Explanation:
The code snippet created is supposed to take any input number from the user (positive or negative) and print it to the console if it is less than 0. In this code the IF statement does not need an else clause and will work regardless. The System.out.println() statement does not need to be inside braces since it is a simple one line statement. Therefore, the only statement in the question that is actually true would be ...
3) If number is zero, number is displayed;
Answer:
If number is zero, number is displayed
Explanation:
Given
The above code segment
Required
What is true about the code segment
Analyzing the options, we have:
(1) Wrong statement because there is no else clause
The above statement is not a requirement for an if statement to be valid; i.e. an if statement can stand alone in a program
Hence, (1) is false
(2) The print statement must be in { }
There is only one statement (i.e. the print statement) after the if clause. Since the statement is just one, then the print statement does not have to be in {} to be valid.
Hence, (2) is false
(3) number is displayed, if input is 0
In the analysis of the program, we have: number <=0
i.e. the if statement is true for only inputs less than 0 or 0.
Hence, number will be printed and (3) is false
(4) number is displayed for positive inputs
The valid inputs have been explained in (3) above;
Hence, (4) is false.
(5) is also false