Do the following binary subtraction:100111011.11011-00100000 1.00110(Note: The problem should be solved inseparate paper with steps and scannedcopy should be submitted along with otheranswersThe final answer must be entered in theboxes below. Enter only one bit in a box andfill the unused boxes if any, with zeros)Answer - Integer partAnswer - Fractional part=

Answered: Image /qna-images/answer/253d0116-3745-417e-9a54-c013e19b5125.jpg

Answered: Do the following binary subtraction:…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Similar questions

Convert the decimal number 3315.3 to hexadecimal Subtract 14 to 46 using 8 bit 2’s compliment arithmetic In own words explain what is a sequential circuit Construct a Set-Reset (SR) Latch using NOR gates Use perfect induction method to prove De Morgan’s first law involving three variables i.e. (X .Y. Z)’=X’+Y’+Z’
1. Write this 10-bit number: (00 1111 1100) in the following 16- bit spaces. Write it once in left-justified form and once in right justified form. Pad your answer with zeros 2. What is the purpose of the two flags, RCIF and TXIF?
Question 04: By using 2’s Complement arithmetic, write the following decimal numbers to equivalent8-bit signed numbers and perform the addition. Write the final result after the addition by showing yoursteps (check image for reference) i. 6 ii. 14 iii. 15 iv. -6+ 3 + (-5) + (-25) + ( -9)
Two binary digits can generate __ possibilities which is equivalent to set [ _,___..... ,___ ]. 24, [0000, 0001, 0010, 0011, 0100, 0101, 0110, 0111, …, 1111] 25, [00000, 00001, 00010, 00011, …, 11111] 22, [00, 01, 10, 11] 23, [000, 001, 010, 011, 100, 101, 110, 111]
Question ACTIVITY : CODING Suppose the following messages are source encoded given by the table. Message Encoded Bits UP 00 DOWN 01 LEFT 10 RIGHT 11 Complete the given table by writing the source encoded message of the following set of directions. Set of Directions Source Encoding LEFT - UP - RIGHT - DOWN 1.) UP - DOWN - UP - RIGHT 2.) DOWN - DOWN - RIGHT - LEFT 3.) UP - DOWN - LEFT - RIGHT 4.) RIGHT - LEFT - RIGHT - UP 5.) Decode the set of directions given by the message received. Message Received Decoded Message 10010011 1.) 01010010 2.) 11000110 3.) 01100111 4.) 00101111 5.) III. Complete the given table by writing the channel encoded message by using parity check of adding 1 bit in the message. Message Source Encoding Channel Encoding ALLY 000 1.) ENEMY 011 2.) ATTACK 100 3.) RETREAT 111 4.) SURRENDER…
(-100)10 =(?)2 = (?)16 numbers are 8 bits and use the complement method to 15 and 16.
True/False A system uses even parity to detect errors during data transmission. If the data to be transmitted is: 10101011 The parity bit to be attached to this is 1.
Figure 2 Bit error graph (image insterted) The numbers on the right of Figure 2 are multipliers. For example, working upwards from the horizontal line representing 10–10, the next horizontal line up represents 2 × 10–10; the next line up represents 4 × 10–10, and so on. The next line up from 8 × 10–10 has no number on the right and represents 10 × 10–10, which is 10–9, as shown on the vertical axis on the left. In mobile cellular communications, the signal-to-noise ratio is often poor, particularly indoors. Suppose that at an indoor location the signal-to-noise ratio is 7 dB. What would the corresponding bit-error probability be? A rule-of-thumb in mobile communications engineering is that the signal-to-noise ratio indoors is 10 dB worse than outdoors at the same location. Using this rule-of-thumb, what would the bit-error probability be outdoors at the same location as in (a)? By what factor has the signal-to-noise ratio improved by moving from indoors to outdoors? Express…
Chosse correct answers:For a binary symmetric channel, the random bits are given as :Logic 1 given by probability P2 and logic 0 by 1-PLogic 1 given by probability P and logic 0 by (1-P)Logic 1 given by probability P and logic 0 by (1-P)2Logic 1 given by probability 1-P and logic 0 by P The self information of random variable is :00.5None of the mentioned1Which technique is called on-off keying :PCMASKFSKDMThe channel capacity equation refer to :The channel is optimisedNon of the aboveThe channel is noisyThe channel is lossyIn Delta Modulation, the bit rate is :N/2 times the nyquist criteriaN times the nyquist criteriaN times the modulating frequencyN times the sampling frequency How many bits are needed for standard encoding if the size of the character set is X? :x+1log X2XX2The last Pulse Code Modulation stage is :SamplingADCModulatingEncoding
Find the answers to the following questions? a) Find the excess-3 code of (152) Base 10.b) Convert binary to grey code 0101011.
Write a program to set (bit 7) and clear (bit 0) of a byte wide number stored in address 0200-2460H, Save the modified bytes in address 0200-2700HUse DATA: 6FH, 3DH, 27H, 83H, DEH, 13H, 78H, 09H, F5H, 03H, 84H,7EH, 0BH, 87H, FEH, 11H
Perform the indicated arithmetic on the following signed 2’s complement binary numbers. a) 01011011 + 11100101 b) 01001 - 01110 c) 1111 + 1100 Note: The answer should show the 2’s complement binary result; also indicate if each result is positive or negative or overflowed (by writing “positive”, “negative” or “overflow” next to the binary answer) and then follow with the decimal value of the result if there was no overflow. Do not extend (add any additional length) to these representations, but rather use a binary number word size equal to those found in each problem statement.

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