Answer:
Real-time operating system (RTOS) are
Explanation:
Real-time operating system (RTOS) are operating systems that are meant for use with time sensitive applications and systems that have very strict time requirements such as in computers serving air traffic control systems, robot systems, or missile control systems.
The processing time for each process are in the order of tenths of a second or shorter time frames using given constraints.
Real-time systems are applied in life saving systems like parachutes or air bags so as to prevent injuries in the event of an accident.
Answer:
Application Packager B. Sequence Manager C. Sequence Logger D. Management Loade … r When a NIC reads a packet header and sees the destination address is not its own
Explanation:
Application Packager B. Sequence Manager C. Sequence Logger D. Management Loade … r When a NIC reads a packet header and sees the destination address is not its own
Answer:
1. Float
2. Integer
3. String
4. Boolean
5. Float
6. String
7. Integer
Explanation:
To identify data types, we need to understand the following concepts.
Data types are categorised into 2.
1. Numeric data types
2. Non numeric data types
The numeric data types are represented by numbers and is subdivided into 2.
i. Integer: Numbers without decimals (could be positive or negative)
ii. Float or Real: Numbers with decimals (could also be positive or negative)
Going by the above illustration,
13.5 and -20.4 are float data types
-6 and 12345 are integer
2. Non numeric data types: These are data that are different from numbers or digits. They could be images, string & character, boolean, dates, etc.
I'll limit my explanation to the scope of this assignment.
String are texts and are denoted by open and close quotes ("...") i.e. data that are present with quotes are strings
Boolean are data with true or false values
So, by this explanation:
"18 Mingle Lane" and "Bonjour" are strings variables
And
False is boolean
Answer:
# include<iostream>
#include<conio.h>
using namespace std;
main()
{
float f, c;
cout<<"enter temperature in Fahrenheit ="
cin<<f;
c=(f-32)/1.8;
cout<<"/n Temperature in Celsius ="<<c;
getch();
}
Explanation:
The conversion formula from Fahrenheit to Celsius is given as:
C= (F-32) x 5/9
we take an input in Fahrenheit and put in above formula and covert it in Celsius.
Firssstttttt ayyyyyyeeeeeeeeeeeee