Design a Mathematical Modelling for Pressure System with Two Resistances:Consider a pressure system with tank of volume V and varying pressure P at constanttemperature. F1 is inlet flow through resistance R1 with source pressure P1. F2 isoutput flow through resistance R2 and flowing out at pressure P2.R2R1TankP2P1V, PF2Fig. Pressure System with Two Resistances

The flow of the liquid can be modeled into its equivalent mathematical model with the help of the…

Answered: Design a Mathematical Modelling for…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Two pipes, A and B, contain a fluid flowing under pressure and are connected by a differential gage as shown in the accompanying sketch. The substance in the lower part of the gage has a specific gravity of 1.6 and the surfaces of separation are 18 in. apart. The specific gravity of the fluid is 0.3. If the pipe centers are 4 ft. apart vertically and the pressure in A is known to be 10 psi, what is the pressure in B in psi?
A) What is an emf of self-induction? a) when there is an induced emf in a circuit due to a change of current in the circuit itself b) when there is an induced emf in a circuit due to a change of current in an adjacent circuit (one within magnetic reach) B) Under what conditions of current flow is a self-induced ernf produced? a) whenever the circuit is energized b) whenever the circuit is de-energized c) whenever the amount of current flow in the circuit varies d) all of the above C) What is the direction of a self-induced emf in relation to any change in current? a) the same direction as the current flow that caused it b) the opposite direction as the current flow that caused it c) may be either "a" or "b" d) neither "a" nor "b" D). In an inductive circuit, does the inductance have any effect on the flow of a steady current? a) yes b) no
As the gauge shown is compressed/expanded the resistance of the strain gauge changes commensurately with thedirection and magnitude of load. Develop an understanding as to why the resistance changes i.e. increases ordecreases from its nominal value. Then, Assume a 5volt DC supply, and 350 Ohms as the balanced nominal resistance to our circuit where thedifferential voltage across A and B is zero. Assume that the Resistance-force sensitivity is 25Ohm/10Newtons. Find the voltage across A and B for +10N,-30N, +100N, -0.1N.
A circuit powered by a 20V DC supply has a 50kΩ resistor and 20 μ Capacitor connected in series. For this circuit determine the:a. Initial value of the current flowing? b. The time constant of the circuit? c. The value of current after 1 second of connection? d. The value of capacitor voltage 2 seconds after the connection?
Write the application of super tension that have rating upto 33KV and what used for?
A strain gauge, having a gauge factor of 1,96, is mounted on a rectangular steel bar (196GPa), see figure. The bar is 2,4 cm wide and 1,4 cm high, and is subjected to a tensile force of 21 kN.Suppose the strain gauge described is to be connected to a measurement device capable ofdetermining a change in resistance with a stated uncertainty of ±0,005 Ω (95%). What uncertainty in stresswould result (in percent of the stress under the given loading) when using this resistance measurement device?
If a=1.1 for G=1s3+6as2+11a2s+6a3 in the closed loop system in the figure, which of the following is the largest K value at which the system can be stable?
Answer the following questions!a. What is the mechanism for the occurrence of Self Potential (SP)?b. What are the applications of the Self Potential (SP) method?
Please answer the following points in detail and rigorously. Instead ofresort to formulas, develop from basic principles (laws ofvoltages and currents, definition of electrical power, properties ofphasors, among others) d) Show that the complex power consumed by two elements in parallel is the sum of the individual complex powers. After, repeat the procedure but for two elements in series. e) What meaning would you give to the P consumed by an element? Which to Q? f) Suppose you know P and Q for a two-terminal element. What is the power factor of this element? When would i be in early and when behind? g) Suppose you know the equivalent resistance R and the reactance X equivalent of a two-terminal passive network. What is the factor power of red bliss? When would I be in advance and when in backwardness?
For flowing table draw occ and air gap at 1200rpm Note the drawing must be handwritten without using a computer I will not accept the solution because if using computer give scale ; x-acis =1cm ,0.2A y-axis= 30 cm using give sc:
Question 3 a) Explain in detail anyone the following: i) Steady-state stability ii) Dynamic-state stability iii) Transient-state stability b. Explain the ‘equal area criterion’
The characteristic equation of control system is given as following. S3 + 6s2 + 11s + 6(1 + Kc) = 0 Determine: 1. The Value of Kc for which the control system is stable. 2. The roots of the characteristic equation for the value of Kc for which the system is on the threshold of instability.

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