Answer:
-11001
Explanation:
The following steps are performed in order to perform subtraction of the given binary numbers:
Step 1:
Find 2’s complement of the subtrahend. The subtrahend here is 100000
100000
First take 1's complement of 100000
1's complement is taken by inverting 100000
1's complement of 100000 = 011111
Now takes 2's complement by adding 1 to the result of 1's complement:
011111 + 1 = 100000
2's complement of 100000 = 100000
Step 2:
Add the 2's complement of the subtrahend to the minuend.
The number of bits in the minuend is less than that of subtrahend. Make the number of bits in the minuend equal to that of subtrahend by placing 0s in before minuend. So the minuend 111 becomes:
000111
Now add the 2's complement of 100000 to 000111
0 0 0 1 1 1
+ 1 0 0 0 0 0
1 0 0 1 1 1
The result of the addition is :
1 0 0 1 1 1
Step 3:
Since there is no carry over the next step is to take 2's complement of the sum and place negative sign with the result as the result is negative.
sum = 1 0 0 1 1 1
2's complement of sum:
First take 1's complement of 1 0 0 1 1 1
1's complement is taken by inverting 1 0 0 1 1 1
1's complement of 1 0 0 1 1 1 = 0 1 1 0 0 0
Now takes 2's complement by adding 1 to the result of 1's complement:
0 1 1 0 0 0 + 1 = 0 1 1 0 0 1
Now place the minus sign with the result of 2's complement:
- 0 1 1 0 0 1
Hence the subtraction of two binary numbers (100000)₂ and (111)₂ is
(-011001)₂
This can also be written as:
(-11001)₂
Answer:
D.
Explanation:
edge 2021
a. Throwing the exception
b. Completely handling the exception
c. Rethrowing the same exception for the calling environment
d. Partially processing of the exception
Answer:
A.
Explanation:
because its throwing the exception
Answer:
End to End Delay = 64 micro second
Explanation:
Given
Bandwidth = 125Mbps
A packet = 1000 bytes
Converting bandwidth from Mbps to bit/s
Bandwidth = 125* 10^6 bits/s
Bandwidth = 125,000,000 bit/s
End to End delay is calculated as
Length of Packet ÷ Bandwidth
Length of Packet = 1,000 byte --- convert to bits
Length of Packet = 1000 * 8
Length of Packet = 8,000 bits
So, End to End delay = 8,000/125,000,000
End to End Delay = 0.0000064 seconds --- convert to micro second
End to End Delay = 64 micro second
The
data type is most suitable to define a password field.
Answer:
Data Type String
Explanation:
Hope it helps. pls mark as brainliest.
Sample Run
Enter a text: Good morning Good afternoon Good evening
Good afternoon evening morning
The programreturns uniqueelements in the string passed in with no duplicates. The programis written in python 3 thus :
text = input('Enter text : ')
#promptsuserto enterstring inputs
split_text = text.split()
#splitinputtedtext basedonwhitespace
unique = set(split_text)
#usingtheset function,takeonlyuniqueelementsin thestring
combine = ' '.join(unique)
#usethejoinfunctiontocombinethestringstoformasingle lengthstring.
print(combine)
Asamplerunoftheprogramisattached
Learn more : brainly.com/question/15086326
Answer:
The program to this question as follows:
Program:
value = input("Input text value: ") #defining variable value and input value by user
word = value.split() #defining variable word that split value
sort_word = sorted(word) #defining variable using sorted function
unique_word = [] #defining list
for word in sort_word: #loop for matching same value
if word not in unique_word: #checking value
unique_word.append(word) #arrange value using append function
print(' '.join(unique_word)) #print value
Output:
Input text value: Good morning Good afternoon Good evening
Good afternoon evening morning
Explanation:
In the above python code, a value variable is defined that uses input function to input value from the user end, and the word variable is declared, which uses the split method, which split all string values and defines the sort_word method that sorted value in ascending order.
JLabel
JTextField
JFrame
Answer:
JTextField
Explanation:
JTextField is a Swing control which can be used for user input or display of output. It corresponds to a textfield and can be included with other controls such as JLabel, JButton,JList etc. on a comprehensive user interface which is application dependent. JTextField supports a read-write mode where the user can enter a value and it also supports a read-only mode which can be used to display non-editable output to the user.