Question

What is the 4-bit binary number that contains a 0 in all positions except for position...

What is the 4-bit binary number that contains a 0 in all positions except for position 2?

Engineering   Computer-Science   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Binary number system consists of ones and zeros.

Case 1 if position numbers are calculated from left to right (i.e. left most bit is position 1) then

  • 4-bit binary number that contains 0 in all positions except for position 2 is 0100 and its equivalent decimal number is 4

Case 2 if position numbers are calculated from right to left (i.e. right most bit is position 1) then

  • 4-bit binary number that contains 0 in all positions except for position 2 is 0010 and its equivalent decimal number is 2
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
A 4-Bit binary counter: A register containing 4 bits, all initialized to zero. The bits increment...
A 4-Bit binary counter: A register containing 4 bits, all initialized to zero. The bits increment by 1 every 10 nanoseconds at each iteration until it gets to all ones in the 4-bit positions. Write the Verilog code and testbench for the 4-bit binary counter.
Concern the following 16-bit floating point representation: The first bit is the sign of the number...
Concern the following 16-bit floating point representation: The first bit is the sign of the number (0 = +, 1 = -), the next nine bits are the mantissa, the next bit is the sign of the exponent, and the last five bits are the magnitude of the exponent. All numbers are normalized, i.e. the first bit of the mantissa is one, except for zero which is all zeros. 1. How many significant binary digits do numbers in this representation...
Verilog HDL Design a logic module to multiply an 8-bit binary number A [0:7] by a...
Verilog HDL Design a logic module to multiply an 8-bit binary number A [0:7] by a 4-bit binary number N [0:3]. The multiply is started when M is asserted. The output F is asserted when the multiply is completed and the product P [0: 15] is available. The outputs need to remain valid until the next multiply command is given. Assume M is valid for several of your clock cycles and then is de-asserted. Implement the multiply using repeated addition...
4. If a 6-bit binary number is used to represent an analog value in the range...
4. If a 6-bit binary number is used to represent an analog value in the range from -63 to 126, what is the accuracy of the system? In other words, if the binary number is incremented by one, how much change does it represent in the analog value?
How many binary strings of length 15 contain the same bit in all the odd numbered...
How many binary strings of length 15 contain the same bit in all the odd numbered positions? The positions are numbered 1, 2, . . . , 15. Show how you arrived at your answer, which rules of counting were used etc. Thank You
(a) Design a 2 - digit BCD number -to- binary number converter circuit by using 4...
(a) Design a 2 - digit BCD number -to- binary number converter circuit by using 4 bit parallel adders. (b) Design a parallel binary multiplier that multiplies a 4- bit number B = B3B2B1B0 by a 3- bit number A = A2A1A0 to form the product C = C6C5C4C3C2C1C0.
What is the 16-bit binary representation (in hexadecimal using lower-case letters, e.g., 0x39ab) of -13 1/4...
What is the 16-bit binary representation (in hexadecimal using lower-case letters, e.g., 0x39ab) of -13 1/4 (base 10) when represented as an IEEE 16-bit floating-point number? The IEEE 16-bit floating-point representation uses formulae consistent with those for the 32bit single-precision representation, except for using 5 bits for the exponent (instead of 8 in the case of the 32-bit representation) and a bias of 15.
Express the decimal number (25)10 as an 8-bit unsigned binary number. Express the decimal number (-37)10...
Express the decimal number (25)10 as an 8-bit unsigned binary number. Express the decimal number (-37)10 as an 8-bit sign-magnitude binary number. Express the decimal number (-37)10 as an 8-bit 1's complement binary number.
Show that〈R×,·〉and〈R,+〉are not isomorphic binary structures. (Recall R× is all real numbers except 0)
Show that〈R×,·〉and〈R,+〉are not isomorphic binary structures. (Recall R× is all real numbers except 0)
The 8-bit signed binary 2's complement number equal to the decimal number -73 is [a].
The 8-bit signed binary 2's complement number equal to the decimal number -73 is [a].
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT