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2. Reactant A decomposes in a batch reactor, A $\longrightarrow$ B The composition of A in the reactor is measured at various times with results shown in the following columns 1 and 2. Find a rate equation using the integral method to represent the data. (20) Time (t, s) Concentration (C$_{A}$, mol/liter) 0 C$_{A0}$= 10 30 8 50 7 70 5 90 3 110 2 130 1 [Turn

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1 1 point Which of the following is a component of a RISC? Dicer Pasha RNA Polymerase II Argonaute

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Correct question answer get upvote: Explain the principles of balanced scorecard and their applications in aligning work activities with organizational strategy.

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If x = 8 and y = 4, what is the value of the expression 2xy + xy?

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1) Perform a cycle analysis for a turbojet engine at the following flight condition and corresponding design parameters. Take the compressor and turbine efficiency to be 0.85 and 0.90, respectively. Property Unit Value Comment Altitude m 15000 Delta T from ISA K 0 Mach Number 1.5 Burner Exit Temperature K 1450 Table 1. Flight conditions. Property Unit Value Comment Inlet Corr. Flow W2Rstd kg/s 32 Intake Pressure Ratio 0.99 Pressure Ratio 12 Burner Exit Temperature K 1450 Fuel Heating Value MJ/kg 43.124 Overboard Bleed kg/s 0 Burner Pressure Ratio 0.97 Table 2. Engine Design Parameter. a. Plot the T-S diagram illustrating the complete Brayton Cycle for this particular engine. b. Plot the Total Pressure change at each station with respect to the station number.

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$\lim_{\Delta z \to 0} \frac{\frac{-1}{\bar{z_0} + \Delta z \bar{\Delta z} + z_0 \bar{\Delta z} + \bar{z_0} \Delta z} - \frac{-1}{|z_0|^2}}{\Delta z}$ \newline let $\Delta z = 0 + iy$ \newline Notice that when delta z approaches zero on the \newline imaginary axis, we may represent z bar as negative \newline delta z. \newline $\lim_{\Delta z \to 0} \frac{\frac{-1}{\bar{z_0} - \Delta z \bar{\Delta z} - z_0 \bar{\Delta z} + \bar{z_0} \Delta z} - \frac{-1}{|z_0|^2}}{\Delta z}$ \newline Similarly, when delta z approaches zero from the real axis, \newline we may represent delta z bar as just delta z. \newline $\lim_{\Delta z \to 0} \frac{\frac{-1}{\bar{z_0} + \Delta z \bar{\Delta z} + z_0 \bar{\Delta z} + \bar{z_0} \Delta z} - \frac{-1}{|z_0|^2}}{\Delta z}$

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Question 1: Consider an oscillator (a system) with frequency function (inherent property of the system) H is subjected to the input loading of F. Consider two different systems subjected to the same input loading shown in the following figure. Plot the system response of these two cases in frequency domain and comment on differences and which case represent a resonance? All the plots are in frequency domain; they are plotted versus frequency.

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The TCP/IP transport layer and OSI Layer 4 provide similar services and functions. Select one: True False Bandwidth is the amount of data that can flow from one place to another in a given amount of time Select one: True False

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3. (20 pts) An ADC is used to monitor the pressure of a bellows through a sensor. The sensor has a transfer function of 1.8V/psi. (a) What must be the reference voltage and word size of the ADC in order to measure pressure from 0 to 1.5756 psi with 0.001 psi resolution? (b) If the sampling rate of the input signal is 2 kHz, what conversion time must the ADC have? (c) Suppose that the ADC you have has a conversion time of up to 24 us, design the sample and hold circuit that must be connected before the ADC in order for it to sample the 2kHz input signal?

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For the exercise and required problems, assume, ??Cox=100µA/V², ?pCox=50?A/V², ?=0, VTH=0.7 and VTH=-0.7V for NMOS and PMOS transistors, respectively. Required Problem: Design a MOS amplifier driven with a source with a voltage source (vin) in series with a source resistance of 75? with the maximum output swing while satisfying the requirements below. The gain of the amplifier should be greater than 10. The input impedance of amplifier should be 75?. The output resistance should be less than 3k?. The minimum operating frequency of amplifier is 1kHz. Be sure to include a biasing network that uses a resistive divider with a source degeneration resistor. The current flowing through the gate bias resistors is 10 ?A. The supply voltage, VDD is 5.0 V and VGS-VTH=0.2. To make the bias network tolerant to component variations, set the voltage drop across the source degeneration resistor to 1.5V. Specify all the component values including that for decoupling capacitors, the drain and gate bias voltages, W/L and drain current, as well as the gain, input impedance, output impedance, voltage swing and power consumption.

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michael m.