Quiz2

Please solve this question in machine learning quickly

An 8-bit register contains the Hex value A9. What is the register value after an arithmetic shift right? Starting from the initial number A9, determine the register value (i) after logical shift right (ii)after an arithmetic shift left, and state whether there is an overflow not, explain through the proper diagrams.

Discuss in detail about nodal analysis. Please answer in typing and not AI generated please

A. Use Microsoft Visual Basic to design a form contain two text boxes and one button called "add", and after click on "add", we get the summation of the numbers between (10 -30), and display the result on text box1 and get the summation of the numbers between (60-80) and display the result on text box2.

For a particular mp , the manufuctur specifics that the width of a certain control signal determined from the expression T-25 ; where T is the clock period in ns. What width should be expected for this control signal if we dacided to use 5MHZ cock? see that: From the data sheet of mp specifies also that the data remain valid for another 20ns after the end of this Control Signal.what is the total duration of valid data presentation to memory? 1 tow many wait states should we insent if memory required valid data presentation for at least 150 ns ?

Hello. I keep getting lost on my process and keep getting wrong answers. I'm having trouble getting the q points and I'm possibly getting the polarity wrong in my equations. How would you go about this? Thank you for your time and help. I know it is a lot so if you could just do the first couple so I can see what is going on, I'ld appreciate it very much.

Explain how fuzzy logic can save the energy?

Here is the data flow diagram for a particular instruction. The various values shown indicate the state of the machine after the action of this instruction. The question mark locates this instruction in memory. GatePC DR 100 GateMARMUX RO X2FFF PC X RI x3006 MARMUX TRAPVECTOR R2 x3005 X0:0 PCMUX R3 x3004 ZEXT R4 x3003 OFPSETŐ OR R5 x3002 PC OR BASER R6 x3001 PCOFFSET (7:0) R7 x3000 ADDR2MUX ADDRIMUX SR2 SRI (100 SEXT IMMS SEXT SRZMUX SEXT FINITE [50] SEXT STATE [40] MACHINE Arith/Logic Operation AL select IRO01 A/L RESULT LOGIC GateALU Gate MDR 16 16 MDR MAR T16 МЕМORY x 30 0O x 30 0 1 X 3:0:0 2 x3003 x3004 x 30 03 x3001 x: 3:0 0 4 X 30 05 X300 6 x3000 x3006 x3002 What is that instruction in binary? (You may use any number of spaces to organize the bits.) address instruction х3002

Why using double command in matlab in this code ?

9. The initial value of AX is 01011100, what will be the value of AX after the instruction NOT AX? a.10100011 b. 10100110 c. 010100011 d. NOTC

Scnerio: You have to design a controller for a split Air conditioner. The Air conditioner can go into 4 states. They are Heat, cold, dry, auto. The controller receives an input from the user and for every input it changes the state in the sequence – Heat -> cold -> dry ->auto -> Heat. Note Your also have to make  state diagram, state transition table, and the circuit acording to the design. FOR 4 states I  GUESS flip flops Iis used for circut diagram. solve as soon as possible

USE DIGITAL LOGIC AND DESIGN Part 1: In Figure_4; we have 4-bit Comparator using 2-bit Comparators block. You have to satisfy given condition by applying all data on figure 4. At the end, given condition should produce HIGH output and other two should be LOW.   A3 A2 A1 A0 = 1101 and B3 B2 B1 B0 = 1110                                                                            Figure_4   Part 2: The serial data-input waveform (Data in) and data-select inputs (S0 and S1) are shown in Figure_5. Determine the data-output waveforms from D0 through D3.                                                                            Figure_5   Part 3: Decoder can be useful when we have to decode some specific numbers from their equivalent code. Figure 6 has a concept of 3 to 8 line decoder from which you have to generate output waveform from D0 to D7 with proper relationship to input.                                                                      Figure_6   Part 4: The data-input and…

please clearly solve it's ..and computer type is better ,,and need right answer

RESEARCH Proper handling of IC. What is seven-segment display? How to produce the required decimal digit from 0 through 9 using seven-segment display? Uses of seven-segment display.

1. Define error? Discuss in detail about the various types of errors in the measurement and explain the terminologies such as Static error b. Dynamic error c. True value d. Accuracy e. Precision f. calibration

5. Assume d3d₂d₁do is a BCD number and derive Boolean expression for segments b,c,e,f,g in a seven segment display in terms of d3d₂d₁do g 4 d Based on your boolean expressions derive the values of b,c,e,f,g segments when i. d3d₂d₁do= (0100) 2 ii. d3d₂d₁do = (0111)₂ iii. d3d2d₁do (1000)2

Here is the data flow diagram for a particular instruction. The various values shown indicate the state of the machine after the action of this instruction. GatePC DR 101 GateMARMUX RO OnFFFO OxFFFE PC X RI MARMUX TRAPVECTOR R2 OxFFFD X:0:0 PCMUX R3 OFFFB EXT R4 ODFFA OFFSET6 OR R5 OXFFFD PCOFPSET PC OR BASER R6 OcFFFC (7:0) R7 OscOFO8 ADDR2MUX ADDRIMUX SR2 SRI 010 [100] SEXT IMMS (8:0) SEXT SEXT FINITE SRZMUX [50] SEXT STATE [4:0| 2 MACHINE Arith/Logic Operation AL select A/L RESULT LOGIC GateALU Gate MDR 16 MDR MAR 16 OUTPUT INPUT MEMORY XFE02 XFE06 What is that instruction in binary? (You may use any number of spaces to organize the bits.) address instruction x3002

Subject: Assembly language Q: Solve the following?

I need to implement the 1-4 with 1-bit demultiplexer in a diagram. How to draw it. and how to do the final equation

Explain the difference between accuracy and precision with mathematic examples.

An 8-bit register contains the Hex value A9. What is the register value after an arithmetic shift right? Starting from the initial number A9, determine the register value i) after logical shift right after an arithmetic shift left, and state whether there is an overflow not, explain through the proper diagrams

A 4-bit serial shift register is shown in figure. Design this shift register in Verilog using  non-blocking procedural assignment

What Do you think about Technical Report writing. Write in your own words. Subject is Technical Report Writing

Refer to the following registers values and memory snippet to answer the following questions. DS=C224,, SS=D816,, SI=2340, SP=206C, Physical address Content C458A A5 DB 47 52 68 C9 C4590 FF A7 D8 11 C4594 39 C4 C4596 F6 1- what will be the value of AX after executing the following set of instructions? Execute the instructions dependently one after another. MOU AX, CSI +ØFH ] NOT AX MOU BL, I02354H ] ADD AL, BL AAA AX = 2- What is the physical address of the TOP OF STACK (TOS)? TOS =

1 _ Compare between the status and control flags? Explain the status flags for the operation AEH+37H ? 2) 2 _What are the purposes of both segmentation and physical generation? Explain with draw and numerical example?

A state machine can detect when it has received the serial input sequence 011. The input of the machine is 0 or 1.a. Draw state diagramb. Make table of state transitionc. Make the Boolean equation and simplifyd. Draw the circuit of FSM

Q1:-State if the following statements are true or falls. 1. In general the time constant of sensor is larger than the time constant of Process. 2. The control valve is used to convert the sensor signal to an equivalent signal. 3. In Routh stability you can find the number of unstable roots. 4. Dead time is also called pure delay.

Given a state machine with the following state transition table. Draw the circuit diagram, and give me the logical expressions.

Question:If you have two functions F(a,b,c) and G(a,b,c) to implement, what mux size and how many muxes would you need to implement F & G?My Comments:Is it as simple as using two 4-1 multiplexers because it will handle the 6 inputs? Or am I not understanding the function of a multiplexer?

Part 4: The data-input and data-select waveforms in Figure 7 are applied to the multiplexer. Determine the output waveform F in relation to the inputs. DO D1 D2 D3 1. so s1 Figure_7