Answer:
The third option is correct.
Explanation:
The following option is true because it's a derived with that Throwable class. More than that exception type, it is also other category called Error originating through that Throwable class. As any other class, the exception class will also include fields as well as functions. So, the following are the reason that describes the following answer is true according to the exception class.
The other options are not appropriate according to the following scenario.
Answer:
A. 8-pin PCI-E connector.
F. 6-pin PCI-E connector.
Explanation:
The video card is a peripheral hardware component in a computer system that is used to run videos and graphic files, providing the required memory, runtime and bandwidth.
The PCI-e or peripheral component interconnect express is a connector or expansion slot used specifically for adding and powering video cards on a computer system.
Answer:
do it to me watch this
Explanation:
trailing zeros in a whole number with no decimal shown are NOT significan
Answer:
import java.io.*;
public class Main {
public static void main(String[] args) throws IOException {
BufferedReader brObject = new BufferedReader(new InputStreamReader(System.in));
String str;
while ((str = brObject.readLine()) != null) {
int number = Integer.parseInt(str);
System.out.println(number * number);
}
}
}
Explanation:
- Inside the main method, create an object of BufferedReader class to read lines from standard input.
- Declare a string and run a while loop until it reaches the end of the input.
- Inside the while loop convert the string into an integer data type.
- Finally display the output by squaring the number.
Answer:
The hexadecimal equivalent of the encrypted A is C2
Explanation:
Given
Encrypted binary digit of A = 11000010
Required
Hexadecimal equivalent of the encrypted binary digit.
We start by grouping 11000010 in 4 bits
This is as follows;
1100 0010
The we write down the hexadecimal equivalent of each groupings
1100 is equivalent to 12 in hexadecimal
So, 1100 = 12 = C
0010 is represented by 2 in hexadecimal
So, 0010 = 2
Writing this result together; this gives
1100 0010 = C2
Going through the conversion process;
A is first converted to binary digits by shifting a point to the left
A => 11000010
11000010 is then converted to hexadecimal
11000010 = C2
Conclusively, the hexadecimal equivalent of the encrypted A is C2
