Week 5 Lab Alternate - Mechanism of Evolution W23_V2-1

I need only part C only

Type your question here Let W be a random variable giving the number of heads minus the number of tails in three tosses of a coin. List the elements of the sample space S for the three tosses of the coin and to each sample point assign a value w of W. Find the probability distribution of the random variable W, assuming that the coin is biased so that a head is twice as likely to occur as a tail.

Q1 (a) PROTON development department wants to design an embedded safety warning system that able to monitor child seat belt condition in their upcoming vehicle launch. There are THREE independent sensors input labeled as X, Y and Z to produce THREE outputs signal of R, S and T. Sensor X was embedded at bottom seat and sensor Y was assigned at headrest support. While sensor Z was assign at buckle clip. All sensor produces HIGH when pressed or tug in. Output R will be HIGH when both input X and Y is HIGH. Output S will be HIGH when input Z and output R is HIGH. Output T will be HIGH when output R is LOW but output Z is HIGH. (i) Construct the truth table for this circuit. (ii) Analyze the minimize logic equations for output R, S and T. Show using both Karnaugh map and Boolean expression to simplify the expressions. (iii) Using the simplified expression from question Q1(a)(ii), draw its combinational circuit response.

Given the signals below, plot the requirements for each item

21 An electronic balance is specified as having, on its 100 g range, a non-linearity error of 40.0002 g and a repeatability error of +0.0001 g. What is (a) the overall worst possible error, (b) the overall most likely error? (1 0.0003 g

Task 3-b: If you have two instruments used to measure the temperature of two points inside the factory (point A and point B). The true temperature for point A is 25 C, while the true temperature for point B is 30. However, the measured values for the first instrument were 26 and 30, while for the second instrument, the measured values were 25 and 29. i) Define using your own words the sensitivity drift and bias drift, then explain how these types of error could affect the measured values of the sensors. ii) of these two instruments against different temperature values (between 0 – 100 C). Assume Analyze the accuracy and error for both instruments by calculating and plotting the response linear relationship between the input and output for these instruments. Based on your calculations, specify the type of drift that affects each sensor (sensitivity drift, bias drift, or both). iv) Which of these error types can be corrected using calibration?

A Outcome_1.pdf - Adobe Acrobat Reader DC (32-bit) File Edit View Sign Window Help Tools Sign In Home Outcome_1_recogn. Outcome_1.pdf 46 / 48 80.7% Search 'Reduce Size' Export PDF Edit PDF 2 Create PDF E Comment • The cost of a 1-o overhead feeder is OMR 6 a per km (a is area of cross section in sq mm) and the interest and depreciation charges on feeder are 10%. Determine the most economical current density to use for transmission requiring full load current for 50% of the year. The cost of generating electrical energy is 10 baisa per unit. Assume resistance of 1 m length and 1 mm? section of conductor as 1/58 ohm. Combine Files EI Organize Pages Compress PDF 2 Redact Protect O Fill & Sign Send for Comme. Convert, edit and e-sign PDF forms & agreements Free 7-Day Trial 10:05 e EN A ) ll > S O G O V O

Suppose the RTD of Problem 7 has a dissipation constant of and is used in a circuit that puts 8 mA through the sensor. If the RTD is placed in a bath at 100°C , what resistance will the RTD have? What then is the indicated temperature?

Electrical Engineering 6. Gyroscopes used for vehicle stability are different from those used for rollover detection. Which sensor parameters are different? In Coriolis force equation, which parameter can we modify to match the different requirements?

A movie was shot in 150 fps. The movie lasted for 30mins. The movie was played in a vertical and horizontal pixel of 720 x 720 respectively. The bit depth for the video was 16 bit. This same video was shot having an audio sampling rate of 44100 Mhz with an audio bit depth of 32bit. The producer of the video decided to test the quality of the audio for the movie with a surround 5.1 channel audio system. 15 marks i) Calculate the audio file size in bits and explain its effect on the video file. ii) Calculate the file size of the video in Megabytes (Mb) iii) Calculate the bit rate of the video file and explain the effect of the value on processing of the file

Please send the answer by typing only. I don't want handwritten.  The subject is ( Electronic Circuits ) Q6) What are the differences between BJT and JFET?

Comparing the size of BJT and FET, choose the correct statement? O a. FET is larger than the BJT O b. BJT is larger than the FET O C. Both are of same size O d. Depends on application

16. The average inside diameter of a sample of 2,000 washers produced by a machine is 0.550 inches with a standard deviation of 0.007 inches. These washers are manufactured with a maximum allowable tolerance in the diameter from 0.529 to 0.571 inches; otherwise, the washers are considered defective. Determine the number of defective washers produced by the machine, assuming that the diameters are normally distributed. (Round off your answer in whole number and without unit)

For answers in acronyms use all CAPITAL Letters. For short answer capitalized the first letter of each word/words unless indicated in the questions. For numeric value with unit, 1 space in between.

15) Group-A (a) Let 1 and 2 be unbiased estimators for the parameter 0. Is the estimator 03 = 0.2 0₁ + 0.8 0₂ an unbiased estimator, if yes, why, if not, why not? Explain your answer. (b) Suppose there are n individuals in a group each shooting once at the same target, where each individual can independently hit the target with the probability of 90%. Assuming the probability that at least one of them hits the target is 99.99%, determine the value of the integer n. Use a calculator to simplify your answer. (c) Noting that you do not need to explain your answer, state whether the following statement regarding the sample mean is true or false: "An increase in the number of samples or an increase in the confidence level can make the confidence interval narrower."

Please explain the term which is given in fig

PROTON development department wants to design an embedded safety warning system that able to monitor child seat belt condition in their upcoming vehicle launch. (a) There are THREE independent sensors input labeled as X, Y and Z to produce THREE outputs signal of R, S and T. Sensor X was embedded at bottom seat and sensor Y was assigned at headrest support. While sensor Z was assign at buckle clip. All sensor produces HIGH when pressed or tug in. Output R will be HIGH when both input X and Y is HIGH. Output S will be HIGH when input Z and output R is HIGH. Output T will be HIGH when output R is LOW but output Z is HIGH. (i) Construct the truth table for this circuit.

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1. You are given the following components in a Light Sensor Circuit:(picture) Your goal is to design a light sensor circuit which turns on the LED when it is in a darkroom, and turn off the LED when the room is lit. The LDR has a resistance value whichchanges according to the presence of light in the room, as shown in the first table & graphabove. The LED turns on when it is given the voltage and current rating in the second table& graph above. 2. Select other electrical and/or electronic components that you would want to incorporateinto your light sensor circuit. Explain why you made your choice of components. 3. Once you have confirmed your electronic components selection, proceed to design andanalyse the circuit using the circuit theorems you have learnt. Draw a technicallycomplete circuit diagram to illustrate the working conditions of the light sensor circuit.Your circuit diagram must be furnished with component labels, values of impedances,voltage sources and voltage…

Q1. A 7-segment decoder/driver drives the display shown in Fig. below. If the input is A=(0101)2, determine the digit that appears on the display. Where, the display is an active low type. BCD/7-seg a A1 A2 4 8 e b

Q12) The displacement sensor are commonly used in audio-video system. The sensitivity of the sensor is 3.7 ohms/cm suppled with 10.3V having a length of 63 to 138cm. If so, calculate the total change in displacement for change in resistance of 224.5 ohms a. 75.85cm b. 60.67cm c. 73.25cm d. 67.55cm

RG) ES) 1 55 +11s 10 R Characterindic eguation of the controLsystem? ess, steady sta te error of the contol system în terms of K? Ure R(s)= and RG)= ½2

In the experiment, you repeated measurements 5 times for a resistor. After data processing, you determined that the standard of error of the mean resistance is 2.10 . What is the 95% confidence range of the result? O ±1.96 ±2.1N O ±3.06N O ±4.12N

Consider only the GREEN sinusoidal waveform displayed on the CRO screen. The 'time/cm' switch is on 2 ms/cm and the 'volts/cm' switch is on 10 V/cm. Calculate for the GREEN waveform (a) the frequency, (b) the peak to peak voltage (c) the average voltage (d) the r.m.s voltage

Kindly provide a COMPLETE and CLEAR soultions. (Answer should be typewritten)

Draw the architecture of SAP1 & SAP2 and write down the difference between them.

What is  the behavior of the LDR when it is dark? Describe it and support/Elaborate your answer. In what case does an LDR displays it maximum resistance? What can you conclude from this?

Date: order syslem the Fox the Shawn what Gain and below. Time Constant?

of The recorder printer block that is found in the electrocardiogram's system architecture is responsible for printing Oa. All of these Ob. Clinical information about the patient Oc. The automatic analysis of the ECG waveform Od. The recorded ECG signals Which of the below electrode is used to measure cell behavior? O a Film glass coated micropipette electrode Ob. All of these Oc Glass-pipet microelectrode Od Metal microelectrode e. None of these

cD Universiti Tekoologi Malaysa UTM) The booster shot for COVID-19 vaccine is currently being administered to Malaysian residence who has received one of two types of vaccines - Johnson & Johnson or Pfizer-BioNTech. Pfizer-BioNTech is a two-dose vaccine, while Johnson & Johnson is a single-dose vaccine. Therefore, the situation where person vaccinated with Johnson & Johnson being partially vaccinated does not exist. You are asked to help JKJAV (Jawatankuasa Khas Jaminan Bekalan Vaksin COVID ysia The Special Committee for Ensuring Access to COVID-19 Vaccine Supply) build a knologi circuit to determine: (1) the eligibility for booster shot for its residence, whether they can receive the booster UTM) iverst shot or not. (2) the venue where the booster shot will be administered. 1 The vaccination status and booster shot cligibility depends on four criteria: (A) Age group (B) Comorbidity status dperty of (C) Vaccine type alaysia (D) Vaccination status, whether fully vaccinated or partially…