Q: Find miller indices values (hkl)
A: The relation between Miller indices (hkl) and d is shown below. dhkl=ah2+k2+l2
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A: The weight of the configuration (W) is calculated by the formula shown below. Where, N is the total…
Q: 3. Derive Cp =-T· P.
A: We use variation in free energy with temperature and pressure
Q: 2. Integrate and evaluate the following: 644 K | (50.222 +34.2×10°T –11.55T~²)dT 298K
A: Given value is integrated and evaluated as follows:
Q: Show work.
A:
Q: How many rotational degrees of freedom does one mole of chlorine gas have? Group of answer choices…
A: Total degree of freedom = 3N N is the total number of atoms in a molecule.
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A: Note: Thank you for question. Energy needed for heating 100 g of water from 25oC to 100oC (boiling…
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A: INTRODUCTION : IN CONTROL ENGINEERING , A DEGREE OF FREEDOM ANALYSIS IS NECESSARY TO DETERMINE THE…
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A: S i.e entropy of any system is defined as the randomness in the movement of the molecules. Hence ΔS…
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A:
Q: Find the intercepts and Miller indices of the plane in figure below: Note: Write the word infinity…
A: A question based on miller indices, which is to be accomplished.
Q: p. 654,321 - 564,321 p. (3.4617 x 107) / (5.61 x 104) q. [(9.714 x 105) (2.1482 x 10°)]/ [(4.1212)…
A: →O 654,321-564,321⇒ 90000
Q: Given the equation: dU = TdS – PdV %3D U = (T, V) Show that:
A: Fundamental equations of Thermodynamics(1) The combined first and second lawFrom the first law: dU=…
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A: ANSWER:- We know that a question whose response give a dataset that can be…
Q: For water at 80°C and 1 atm, a = 6.412, X 10-4 K- and p = 0.971792 g/cm³. Using the approximation…
A: In order to compare between the two values obtained, the difference will be taken of the true value…
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A: Woodward-Fischer Rule Woodward-Fischer Rule is used to calculate the λmax for any structures Some…
Q: Calculate ΔGo for the process: BaF2(s) ⇌ Ba2+(aq) + 2F−(aq) The Ksp of BaF2 at 25°C is 1.70 × 10−6.
A: Since Ksp for the above reaction is basically the equilibrium constant of above reaction And the…
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Q: Find Cas/aT) in terms of measurable. Properties CP-V-T)
A:
Q: 2- Find and for the nth stationary state of H.O.
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Q: Cp-C = P+ 2.5. Given that OT show that P. Cp-C, = nR = 0 as is the case for a perfect gas if
A: CP( Specific heat at constant pressure) : To raise the temperature of 1 g gas by 1°C at constant…
Q: Suppose that S is regarded as a function of I and p, show that TdS= C,dT- T(dP/dT)y dV.
A: Entropy S as a function of T and V given here We have to show the expression given here
Q: Calculate the Miller rate for the Cartesian dimensions x, y, z in the following coordinates 2, -2, 4…
A: Answer is given as follows. :
Q: Given: A B (ka & ka') B C (kb& kb') so eq 1: d[A]/dt = -ka[A] + ka'[B] eq 2: d[B]/dt=…
A: Given : We are provided with two reactions. A <-> B -----1 B <-> C-------2 Ka and Ka'…
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A:
Q: How does a triclinic and monoclinic have inversion
A:
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A: Mixtures are generally defined by the particle size in a sample. The process of the conversion of…
Q: What inference you get when Qc = Kc?
A:
Q: A2. Determine total differentials: dT = dT(s,v), dP = dP(s, v), dụ = dµ(s,v). %3D
A:
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A: Computational chemistry uses result of theoretical chemistry incorporated in to efficient computer…
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A:
Q: What is the valency factor (n-factor) of tartaric acid (C4H6O6) ?
A: Valency factor (n-factor): The n-factor for an acid is the number of ionizable H+ ion. It is also…
Q: -Prove that Iz, ly & Iz don't commute among themselves but they commute with l?
A: The detailed explanation is given below:
Q: Defination of the function of the state. Of this magnitudes: U, wrev, qrev and S Which is the…
A: State functions are those parameters which depends only on the state of molecules and not the path…
Q: x FESO4 + y KMNO4+ 8H2SO4 2MNSO4 + K2SO4 + z Fe2(SO4)3 + 8H2O
A: Given chemical equation,
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Q: 3. True or False. a. The relation d In P/ dT AvapH / RT² should not be applied to solid-liquid…
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Q: Consider this modified equation of state: as Evaluate the term () for the equation. P = nRT V-nb a…
A: Here we are required the given term for the equation
Q: G+), --# H Prove that ƏT
A:
Q: Z. True or False. a. The relationd In P/dT ApH/RT2 should not be applied to solid-liquid…
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Q: Show that CP = VT α (∂P/∂T) S
A: We have given that Show that CP = VT α (∂P/∂T)S
Q: -3c 2c
A: Miller indices : These are a group of three numbers that indicates the set of parallel planes of…
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- To what height would you expect ethanol (γ= 22.39 mN m-1 at 298 K, ρ = 789 kg m-3) to climb by capillary action in a tube of internal radius 0.10 mm?Q2: (A) Sketch the following Miller indices: 1.[102] 2. (2110) 3.(312)3..Suggest how to make syndiotactic/isotactic polystyrene on the one hand and on the other hand how to synthesize atactic polystyrene. Justify your statement.
- 6. why is the segmental mobility of a polymer reduced by the presence of the filter?Calculate the molar susceptibility of cyclohexane given that its volume susceptibility is −7.9 × 10−7 and its mass density is 811 kg m−3 at 25 °C.Using given viscosity values, determine the identity of a liquid which would have a diffusion controlled rate constant kd = 7.51 x 106 m3/s mol at 298K Values: Benzene: 0.601 Ethanol: 1.06 Mercury: 1.55 Methanol: 0.553 Pentane: 0.224 Sulfuric acid: 27 Tetrachloromethane: 0.880 Water: 0.891
- The following table lists the glass transition temperatures, Tg, of several polymers. Discuss the reasons why the structure of the monomer unit has an effect on the value of Tg.In an experiment carried out at a temperature of 4700C and a pressure of 100 atmosphere, 4.3g of a volatile liquid produced 30.6cm3of the gas. Calculate the molar mass of the liquid. (Molar gas constant, R= 8.314JKmol, molar gas volume at stp = 22400cm3, 1 atmosphere= 1.0 x 10 Nm-2)Sketch the Miller Index in a unit cell [-1-1-1]
- Polymer PXX has a glass transition temperature of 49°C What inter-molecular interactions are present and what is the consequent effect upon molecular motion?P1B.11 A methane, CH4, molecule may be considered as spherical, with a radius of 0.38 nm. How many collisions does a single methane molecule make if 0.10 mol CH4(g) is held at 25 °C in a vessel of volume 1.0 dm3?17.6 cm3 of a pure vapour, at 1.153 atm, and 98.5 °C has a mass of 0.0520 g.Calculate the molar mass of the substance.