Answer:
please mark as brainliest!!
Explanation:
public class SumOfDigits{ public static void main(String args[]) { Scanner sc = new Scanner(System.in); System.out.println("Please enter a number to calculate sum of digits"); int number = sc.nextInt(); // Remember number/10 reduces one digit from number // and number%10 gives you last digit int sum = 0; int input = number; while (input != 0) { int lastdigit = input % 10; sum += lastdigit; input /= 10; } System.out.printf("Sum of digits of number %d is %d", number, sum); // closing Scanner to prevent resource leak sc.close(); } }
The user cannot close all the programs if he closes the open virtual desktop.
<h3>What are virtual desktops?</h3>
A virtual desktop is a computer operating system that does not run directly on the endpoint hardware from which a user accesses it. The desktop environment is separated from the physical device used to access it.
I call it a false desktop.
It is use to separate your work activities.
Therefore, the user cannot close all the programs if he closes the open virtual desktop.
learn more on virtual desktop here: brainly.com/question/14332029
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<span>An ftp server is a computer that allows users to upload and/or download files using ftp.</span>
Answer:
REM PROGRAM TO CONVERT TEMPERATURE IN CELCIUS TO FARENHEIT
CLS
INPUT “ENTER TEMPERATURE IN CELCIUS”; C
F = C * (9 / 5) + 32
PRINT “TEMPERATURE IN FARENHEIT=”; F
END
Explanation:
Your formula suggests a celcius to fahrenheit conversion...
Answer:
4000k-ohm to 10,000k-ohm
Explanation:
As we know that time constant for an RC circuit is t=RC
Putting the values of t we can get the range of varaiable resistor as;
t=RC
Putting t=2 we get the first value of the range for the variable resistor
2=R*0.500*10^-6
R=2/(0.500*10^-6)
R=4*10^6
R=4000k-ohm
Now putting t=5 we get the final value for the range of variable resistor
t=RC
5=R*0.500*10^-6
R=5/(0.500*10^-6)
R=10*10^6
R=10,000k-ohm
So variable resistance must be made to vary in the range from 4000k-ohm to 10,000k-ohm
