Answer:
Spiral of silence
Explanation:
The spiral of silence theory states that people remain silent regarding a topic when they feel that their views are in opposition with the rest of the majority.
As stated in the question, the newspaper's stories suggest that majority of the people support cutting taxes, this leads people who supoort raising taxes to not air their opinions because they think that everyone else supports cutting taxes like the papers say.
Answer:
Option (e)
Explanation:
Option (e) is the answer. It indicates the exception thrown and displays it. It also indicates the place where the exception was thrown ( at what line of the code the exception was thrown )
Option (a) is false as the program which was terminated because of an exception which was not handled doesn't starts automatically.
Option (b) is false as it doesn't opens a dialogue box about running the program another time or anything. It just terminates because of the unhandled exception.
Option (c) is false as it doesn't saves all the output to a disk file called the "runStackTrace.txt".
Option (d) is false as it doesn't open a dialogue box. The program terminates because of the unhandled exception.
The
USMT (User State Migration Tool) is designed to assist IT professional migrate
files to the windows OS. An example is a step by step migration of files and
settings from a windows XP environment to windows 8 using USMT. At the end of the day, you will have
used
LoadState a
ScanState to complete this end to end migration. The correct
order is as follows;
<span><span>
1. </span>
Gather Data Using the ScanState Tool</span>
<span>a)
</span>Install USMT
<span>b)
</span>Run ScanState to Create a Migration Store on the
Server
<span>2.
</span>Install Windows
<span>a)
</span>Install Applications
<span>3.
</span>Apply Data Using the LoadState Tool
<span>a) </span>Install the USMT
<span>b) </span> Run LoadState
Import java.util.Scanner;
class hola
{
public static void main(String[]args)
{
Scanner x=new Scanner(System.in);
int a=x.nextInt();
int b;
if(a>20&&a<100)
{
b=a%12;
if(b%2==0){
System.out.print("es par"+b);
}
else{
System.out.print("es impar"+b);
}
}
}
}
For numb in [5,8]:
for numa in [2,3]:
print(str(numb) + str(numa))
