4. (Solution Needed) Consider the following exact differential:dH = TdS+ VdPWhich of the following is incorrect?dTdP(#) (E),dvdTdyа.d.dsdPdsd'HasdPdTb.none of the choicesе.dPdHdHс.= Tf.= VdsdP

Answered: -. (Solution Needed) Consider the…

Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

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(b) (c) Page 5 of 6 Calculate the gain, in percent transmitter output (%TO) per variable unit (specify units), write the transfer function, and draw the block diagram for a temperature transmitter with a range of 100 to 150°C and time constant of 1.2 minutes. Determine the transfer function relating Y(s) to X1(s) and X2(s) from the block diagram shown in Figure Q6 on page 6. Module code: CAPE203001 O X1(s) Toboz G3 G₂ G₁ X₂(s) G 700 Y2 Figure Q6 Turn the page over Y(s)
.19 A liquid storage facility can be modeled by where y is the liquid level (m) and u is an inlet flow rate (m*/s) Both are defined as deviations from the nominal steady-state values. Thus, y-u0 at the nominal steady state. Also, the initial values of all the derivatives are zero. (a) If u(t) suddenly changes from 0 to 1 m/s at 0, deter- mine the liquid level response, y(). (b) If the tank height is 2.5 m, will the tank overflow? (c) Based on your results for (b), what is the maximum flow change, umax, that can occur without the tank overflowing? (Hint: Consider the Principle of Superposition.)
U0zden GEÇir Görünüm Aa- E-= - EE T Aralık Yok T Konu Ba. T Liste Par.. T Normal Paragraf Stiller Derive the transfer function of the process from the block diagram shown in the figure. G,(s) X(s)} G (s) Y(s) G (s) G(s) G(5). SONY REDMI NOTE 8 AI QUAD CAMERA
3-19. Draw the block diagram representing the following transfer functions. In each case, do not do any algebraic manipulations to simplify the transfer functions, but use the rules of block diagram algebra to simplify the diagram if possible. (a) Y(s) = (b) (c) Ctrl Shift Tab Y(s) = Y₁(s) = Y₂ (s) CapsLk [XIDOLBY AUDIO Esc FnLock 3-20. Determine the transfer function C(s)/R(s) for the 5°C Mostly cloudy H Q Search BOUR Fn K₁ TIS + 1 1 2 Q A TS+1 = G₁(s) X (s) + G3 (s) Y2 (s) = G₂ (s) Y₁(s) @ Z 240 F W S Privacy Shutter on Webcam 360" Versatility Front Facing Speakers SO ·X (s) + ideapad Flex 5 4 [K₁ F1(s) - K₂ F2 (s)] 3+ 14+ # 3 X Alt E 220 K₂ T2S + 1 D CH C V X(s) QF+ 6 G Y B & 7 H U N 8 J M 9 F10 K O L Alt P Ctrl
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A step change of magnitude 4 is introduced into a system having the transfer (a) Ultimate value of Y(t) ? (b) Max Y(t)？
1. Indicate whether the following systems described by the transfer function Y'(s) = G(s)U'(s) are stable or unstable. (a) G(s) = 2 (b) G(s) = 2 (c) G(s) = (d) G(s) = Ts+1 (indicate the range of values of t for which the system is stable) (e) G(s) = -s-6 (f) G(s) = s-6 s-3 (g) G(s) = 772+26T8+1 stable) T > 0 (indicate the range of values of s for which the system is (h) G(s) = e -3s (1) G(s) -3s (indicate the range of values of T for which the system is stable) Ts+1
Q1/B) For the system showing below: 1- Find the response if the exciting function is a unit ramp? 2- Find the steady state error? R(s) + 1 2S+1 11 C(s)
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-. (Solution Needed) Consider the following exact differential: dH = TdS+ VdP Which of the following is incorrect? av as ($) (2), dT dT dP а. d. dP ds dT d'H b. none of the choices е. dP %3D dsdP dH dP dH c. = T f. = V ds