Question

Why the range of sign-magnitude numbers and the range of 2's complement numbers are different?

Why the range of sign-magnitude numbers and the range of 2's complement numbers are different?

Engineering   Electrical-Engineering   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Show that in 2’s complement binary system, the highest significant position acts like a sign (not...
Show that in 2’s complement binary system, the highest significant position acts like a sign (not the same) as in the signed-magnitude binary system. Is this true for any radix-r number system? Justify your answer.
1.Find the 2’s complement of 11111011. What is the decimal value of it 2.Find A-B using...
1.Find the 2’s complement of 11111011. What is the decimal value of it 2.Find A-B using 2’s complement if A=1010 and B=11100 3. A) What is the range of numbers in a 4-bit machine if unsigned integer format is used. B) What is the smallest and largest number when 2’s complement format is used.
A and B are two 8-bit 2’s complement numbers. The result of A & B is...
A and B are two 8-bit 2’s complement numbers. The result of A & B is 10011000 and the result of A ^ B is 00100110. (a) What is the sum A + B expressed in 8-bit two’s complement notation (use 1s and 0s, e.g. 10100101)? Will the carry flag be set? Will the overflow flag be set?
Express the following 2’s complement number in decimal form, assume leftmost bit is the sign bit....
Express the following 2’s complement number in decimal form, assume leftmost bit is the sign bit. 1000110                            b. 011101                                c. 111111 d.   100000001                        e. 101                                      f. 00011111 g. 101001010                          h. 11                                        i. 10001
What range of numbers encoded using two’s complement representation can be expressed using 5 bits? Provide...
What range of numbers encoded using two’s complement representation can be expressed using 5 bits? Provide your answer in decimal.
Determine the 2’s complement equivalent of the following numbers in 8-bit format (N.B: You must show...
Determine the 2’s complement equivalent of the following numbers in 8-bit format (N.B: You must show your work for full credit)!   -12 = -9 =
Design a 2-bit comparator that compares the two numbers A=(A1A0)2 and B=(B1B0)2 in sign-magnitude representation and...
Design a 2-bit comparator that compares the two numbers A=(A1A0)2 and B=(B1B0)2 in sign-magnitude representation and provides three outputs: f1 which is true if A>B. Show the truth table and the minimal SOP expressions for f1, f2 and f3. You do not need to show the K-maps or the circuit.
Find the 2's complement of the following decimal numbers (You must convert the number to binary...
Find the 2's complement of the following decimal numbers (You must convert the number to binary and the answer has to be in binary with the same number of bits as the conversion)? a. 20 b. 15 c. 2126 d. 266 e. 466 please explain how you did it!
Write -42 in the 16-bit 1’s complement and 2’s complement forms.
Write -42 in the 16-bit 1’s complement and 2’s complement forms.
Calculate A+B, A-B, for the following pairs of binary numbers.  Also, you must use 2’s complement arithmetic...
Calculate A+B, A-B, for the following pairs of binary numbers.  Also, you must use 2’s complement arithmetic to perform the subtraction operation. (a) 10101, 1011 (c) 101, 1011
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT