In type of test signal,the signal value will increase linearly for t>0.
Q: Q1: For the calibration data of given below, (a) determine the static sensitivity of the system, (b)…
A: Part (a): Static sensitivity is the gradient of the straight line. In other words, it is slope of Y…
Q: 2. Determine the Average and RMS value for the function y (t) = 25 + 10 sin 6nt over the time period…
A: According to the information we have a function of time…
Q: If the observed voltage given by a thermocouple of type K equals to 72.5 mV then for an…
A: The expression for the amplification factor is Substitute values in the above expression and…
Q: Q15/ A thermometer with first-order time constant = 0.1 min and gain = 1.0 is placed in a…
A: we let the actual fluid temperature be x, and the indicated thermometer temperature be y.
Q: A thermocouple has an output emf as shown in the following table when its hot (measuring) junction…
A:
Q: A signal is made up of 3 sine waves of equal amplitude with frequencies F1 = 180 hz, F2 = 1200 Hz,…
A: The FFT plot is plotted using the Sci-lab
Q: 2- A pressure transducer is calibrated in an environment at a temperature of 20 °C and the following…
A: Given Data The temperature is: T=20°C The given table for the input and output is P(kPa) ? 10 ?…
Q: 2. Figure 1 shows a sensor consists of a core, an armature and a variable air gap. The core with 3.0…
A: Given data depth 3cm Relative permeability = 10000 Number of turns = 200 Thickness = 0.2cm Relative…
Q: Damped natural frequency is not valid for an underdamped response. True False
A: "TRUE" Damped natural frequency is not valid for an underdamped response.
Q: When the variable being measured is at its minimum condition during the calibration procedure, a…
A: The calibration definition and principle is given
Q: The thermometer requires one minute to indicate 90% of the response curve. Assuming the first-order…
A: Given: ct=k1-e-tτ The thermometer requires t=1 mint to indicate 90% of the response curve. So, c(t)…
Q: A thermocouple has a transfer function of V (mV) = -5.0 + 0.5 * T( °C) (a) If the range of the input…
A: Since we only answer up to 3 subparts so we will answer first 3. Please resubmit the question by…
Q: A temperature measurement system is composed of a sensor and a readout device. The readout device…
A: Given data: Temperature sensor error limit=±0.5°CReadout device resolution=0.1°CReadout device…
Q: a) Specify the percent maximum hysteresis based on full-scale range. b) Referring to increasing…
A: calculate the specify the percent maximum hysteresis based on full-scale range=? determine the…
Q: If the maximum amplitude of a building vibration is 50 um at a frequency of Hz, what is the lowest…
A: Given data: - The frequency corresponding to maximum amplitude is f = 0.5 Hz. The maximum…
Q: Which of the statements about normal error distribution is false?
A: Option (a) is correct. Means it is showing a false statement. for a special case , standard normal…
Q: A certain system contains three branches in parallel. One branch contains units A and B in series. A…
A: Hello. Since your question has multiple sub-parts, we will solve first three sub-parts for you. If…
Q: A first order instrument has the input F(t)=10sin(ω.t) . The static sensitivity is 2.5 output units…
A: Given dataF(t) = 10sin(ωt)Static sensitivity = 2.5 outputInput Time constant T = 0.2Compute the…
Q: (Q4) A thermopile 18 constructed with Iron-constantan materials. Four junctions are maintained at…
A: Given, Number of junctions, n=4 Junction temperature,T1=300°CReference temperature of…
Q: cm The transducer output is to be indicated on a voltmeter having a stated accuracy of 0:1%…
A:
Q: The equation below defines the performance of a RTD thermometer: dy -+a, y = F (t). dt Where a, =…
A: A first-order instrument system doesn't respond to a system immediately. It has some performance…
Q: Linear Approximation, Sensitivity, Strain Consider a one-dimensional scalar fleld f(x) = A (2x -)…
A: according to the given details
Q: What will be the In (natural logarithmic) value of the temperature (t), if a sensor has medium…
A:
Q: For the measurements A, C and C find the limiting error of (AXBXC) where (A= 90 ± 7%), (B=300±2%)…
A: Given Data
Q: Consider a system consisting of a three elements, with sensitivity for each equipment given below:…
A: Given: Element 1 sensitivity K1=3.5mV/°C Elemnt 2 sensitivity K2=9V/mV Element 3 sensitivity…
Q: A pressure gauge which can be modeled as a Linear Time-Invariant (LTI) system has a time response to…
A:
Q: Plate Material: Copper-alloyed Actual Distance Radiometer Ts Ta qu=5.59XR q= 0(T,4-T.4) Rel. Error…
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Q: Question 2: A pressure transducer outputs a voltage to a readout device that converts the signal…
A:
Q: The failure rate for a temperature measurement system used in different factories are as follows;…
A: Pressure Measurement is inversly propotional to temperature..
Q: KNOWN: Temperature sensor Error limit: ±0.5°C Readout Device Resolution: 0.1°C Accuracy: 0.6°C FIND:…
A: Given data: The error limit of a temperature sensor is (uc)s = 0.5 oC. The resolution in readout…
Q: The ability of the instrument to give same output for same input when the conditions are different…
A: Reproducibility is the ability of the instrument to give same output for same input when the…
Q: Consider a measuring system consisting of a transducer, amplifier and a recorder, with sensitivity…
A: Given Transducer sensitivity, K1= 0.2 mV/°C Amplifier gain, K2 = 2.0 V/mV…
Q: 1- A J-Type thermocouple referenced to 80°F has a measured output emf of 2.878 mV. What is the…
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Q: n a certain dynamic measurement application the input(x) – output(y) relationship is given by…
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Q: Q.5 Use normal mode analysis to find the natural frequencies of the system shown below: The specific…
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Q: 1. A Sinusoidal current has an rms 5mA. Determine the following values. 1)Peak 2)Average 3) Peak to…
A: We have two separate question in first to calculate peak, average and peak to peak . In second…
Q: The transducer output is to be indicated on a voltmeter having a stated accuracy of 0:1% reading…
A: 0.00 iscm. U\ncertainity in a nominal displacement u2 +v2 12…
Q: b) Figure 1 shows the calibration data of a sensor. Determine the static sensitivity at the input of…
A: Given data We have to find the static sensitivity at X = 0 , X = 5…
Q: Define, in a few words and briefly, the terms below: A. Safety Factor or Coefficient B. Merit figure…
A: A. Safety factor or coefficient : In term of strength of a material it is the ratio of maximum…
Q: What will be the In (natural logarithmic) value of the temperature (t), if a sensor has medium…
A:
Q: 1) Noise was measured at a location in a factory and resulted in the octave band spectrum levels in…
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Q: Drift in instrument characteristics is a source of systematic error.
A: False
Q: 2-Explain the concepts a) Small disturbance (small signal) stability b) Large disturbance…
A: a) Small Disturbance (small signal ) stability Definition : Small Signal stability its also called…
Q: Suppose we are given the following information about the signal x (t): a) x(t) it is even and real.…
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- True or False? The first test when checking a no-start condition is to check all input signals.During a start-up of flow loop F-10, a problem is found in which a turbine flowmeter that outputs 4 pulses per gallon (3.79 liters) is now required to have a pulse output of 1 pulse per 500 gallons (1892.71 liters). What is the new scaling factor needed in the totalizer for this change? 4 125 500 2,000A first order instrument has the input F(t)=10sin(ω.t) . The static sensitivity is 2.5 output units per unit input. Time constant is 0.2 .Compute the phase angle and the maximum value of x(t) for ω=0.1 and 100 rad/sec.
- Disadvantages, advantages and differences between detrended fluctuation analysis (DFA) and Multifractal Detrended Fluctuation Analysis (MF-DFA).The ability of the instrument to give same output for same input when the conditions are different is known as __________________ a. Repeatability b. Resolution c. Reproducibility d. AccuracyWhat information is available about the scores in a regular frequency distribution table cannot obtain for the scores in a grouped table?
- Based on the pic attached, If component B of #6 is changed to 3 parallel components and each has thesame reliability, what is the system reliability now? pls provide celaar solutions detailed thanksSelect the correct answer9. One criterion for decision-making in the detection process is to opt for the minimum...A. fidelity.B. phase.C. SNR.D. Euclidean distance.from Figure 1, determine the damped natural frequency (ringing frequency) of the pressure transducer. Report both the Period of oscillation and damped natural frequency in [rad/s]. Based on the response in Figure 1, is the sensor over-damped, under-damped, or critically damped? How can you tell? What is the 10% settling time of this pressure transducer?