I need to think of H as a function of T, V, n, and write total differential for H and find the question mark.

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A: Question: Answer: given that; The differential form of the exact function is dB=Cdt-Ddp+EdV. We need…

Q: Dilatant and pseudoplastic are two characteristics of non-Newtonian flow behavior. “Mayonnaise is…

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Q: Find tso tpotryts g also frind an expression for unit Step respon se af the Systenm knote that k=…

A: According to the given transfer function; The above-given transfer function is a simple transfer…

Q: 1. Determine the Laplace transform of f(t)=cos?(3 а. 2s2+72 3s b. 2s2+72 1 C. 2s 2s2+72 2s + s2+72…

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Q: Solve!

A: Given  cp = ∂qdT →dS=∂qrev → ∂q=TdS Cp=T∂S∂T Pressure derivatives- ∂∂PCP=T∂∂P∂S∂T To find- the…

Q: Derive the rate of If, A + B + D + E → P -r₁=kC₂C₂C₁₂C "A kC C C C ABDE А

A: Given the reaction A+B+D+E→P and -rA=kCACBCDCE

Q: An_ -- experiment. is a possible result of the А. outcome B. Event equal 1 C. not above D. Result…

A: Here the words like outcome, event equal and result all are used in probability.

Q: molar balance for each atomic species present.

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Q: 2) The ultimate steady-state response of the system with: G(s) = 8(4s+2) %3D (382+2s+10) respond to…

A: Given that, Transfer function The magnitude of step input X(t) = 5

Q: 10. The water in a tank is pressurized by air, and the pressure is measured by a multifluid…

A: Given data: Density of water = 1000 kg/m3 Density of oil = 850 kg/m3 Density of mercury = 13,600…

Q: Solve for the Laplace transform of the function below: , 0<t< T f(t) lo, [0, Select the correct…

A: Given Function is Find The Laplace transform of given function

Q: Explain why a Mollier diagram (h-s) diagram does an excellent job of visually presenting an…

A: Entropy change for an adiabatic process is zero. So if we have the moiler diagram (where enthalpy…

Q: Q1. A plant has two process hot streams (H₁ and H₂), two process cold streams (C1 and C2), a heating…

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Q: Solve f(x)=x³+4x² - 10 using the Newton-Raphson method for a root in [1, 2].

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Q: Exercise 2. Refrigerant 134a will be compressed steadily by a compressor, from 0.10 MPa and 0 °C up…

A: Given Refrigerant 134aInitially P1=0.1MPaT1= 0oCFrom refrigerant table h1 =255.58…

Q: 1) Consider the infinitely tall, annular mixing tank. The fluid to be mixed is Fluid between the…

A: Given: Fluid is mixing in an annulus between inner cylinder and outer wall Inner cylinder angular…

Q: If a system is unsteady state, it means Select one: O a. total internal energy changes with time O…

A: A system whose properties do not change with time is called the steady-state. If the properties…

Q: 3.17 Use Laplace transforms to find the şolution to the follow- ing set of equations dy +y2 = x dt…

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Q: d.) For balances on systems containing (2) components, the total number of equations that can be…

A: The number of equations that can be written for a system are component balances and overall material…

Q: A first order system with transfer function G₂ = Y(S)/X(s) = 1 /(s+1) is subjected to input X(t) =…

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Q: Use data below to determine Antoine equation constants for a random component. Use two-line…

A: The Antoine equation relates vapor pressure to temperature as follows: log10(P) = A -B (T + C)…

Q: Verify that the uni'ts are (i.e. will they cancelou+?).' dimensionally Consis tent B.V

A: In fluid dynamics, a dimensionally consistent equation naturally takes the same form in all possible…

Q: Consider a long, homogeneous, hollow cylinder with internal and external radii r1 and r2,…

A: Internal diameter = r1 External diameter = r2

Q: Principles of chemical engineering.. H.W: Following is a labeled flowchart for a steady-state…

A: First, apply total mass balance on the overall process as:   Apply mass balance on component A for…

Q: Find du= a measurable prop mathematical der

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Q: H.W: Following is a labeled flowcl process determine the unknown process variables. 475(g/s) x(gA/g)…

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Q: Y(s) 1 X (s) s+1 is subjected to input Example 9.13. A first order system with transfer function Gp=…

A: Let X(t) = t      X(s)= 1/s2 Y(s)/X(s)  = 1/(s+1)

Q: what is the entropy H in bits of the following source of alphabet whose latters has the…

A: Entropy is the degree of randomness or the measure of the thermal energy of the system which is…

Q: a Prove that Laplace (sin at ) s2+ a2

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Q: Q1/ Write SI base units with their symbols (five only), and then mention also five SI coherent drive…

A: Disclaimer: Since you have asked multiple question, we will solve the first question for you. If you…

Q: The expression for an integral balance on a semibatch process is always "Input = Output". CAI (mol…

A: Semibatch reactors function similarly to batch reactors since everything happens in a single stirred…

Q: Find the Laplace transform of f(t) = t cosh(3t) s2-9 A F(8) (8²+9) s² –9 (s2–9) 2 B F(s) S+9 © F(s)…

A: Let Laplace L [ f(t) ]  =  f(s)    and L [ t f(t) ] = -dds f(s)  we know that,  L [ coshat] = ss2 -…

Q: A closed system undergoes a cycle of processes a, b and c. Data for the processes are shown in Table…

A: Given data: A closed system undergoes a cycle of processes a, b, and c. The value of heat transfer,…

Q: Find Cau/ap CP-V-T). Show

A: We know that U=H-PV                        1by partially differentiateing this equation with respect…

Q: Answer it correctly

A: for refrigerator, some times output is heat removed from the low temperature system which is less…

Q: form of Governing equations are solved at the grid points to find the unknown fluid quantities. a.…

A: The governing equation of fluid dynamics is fundamental for computational fluid dynamics. These…

Q: Evaluate using Laplace Transform 1. L{t^3 − t^2 + 4t} 2. L{e^(−2t)+ 4e^(−3t)} 3. L{cos^2kt}

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Q: Is it true that the Final Value Theorem provides a shortcut solution in predicting the dynamic…

A: The dynamic behavior of a process is defined as to predict the stability and the robustness to…

Q: BME 101 Introduction to Biomedical Engineering Shown here is the Hawking equation that describes…

A: Write the Hawing equation as follows: S = πAkc32hG       ......1   Given the units of each variable…