Describe the experimental methods that can be used to validate for Maxwell- Boltzmann distribution.

Q: 1.1 Write the electronic configuration using both spdf notation and orbital box diagram of the…

A: We are asked to write the electronic configuration of Cl- using spdf notation and orbital box…

Q: determine the flux

A: One of the technique to purify solid is crystallization. This is done through a suitable solvent.…

Q: Which of the following dimensionless numbers is not involved in the determination of convective mass…

A: Which of the dimensionless number is not used to determine convective mass transfer coefficient?…

Q: The disintegration of Flerovium isotope is observed in an ampoule. It takes 20 milliseconds for the…

A: Given data: Time required to reduce the initial amount to 75 % = 20 milliseconds

Q: When we refer to heat exchanger why there is a difference between the experimental heat transfer…

A:

Q: What information about mass transfer in liquid–liquid extraction does the linearized Maxwell–Stefan…

A: In liquid-liquid extraction, separation of components is achieved on the basis of their solubilities…

Q: 1- How can the slope of the operating line be changed?

A: Since you have posted multiple independent questions in the same request, we will solve the first…

Q: Explain in your own words why electronic transitions are considered dipole-moment allowed.

A: To explain Why electronic transitions are considered dipole-moment allowed

Q: Johnston and Gilman reported that in a grown LiF crystal that has been subjected to a constant…

A:

Q: (b) Show with the Rankine-Hugoniot conditions that the change in specific enthalpy is given by: Ah =…

A: In thermodynamics, enthalpy is described as a thermodynamic quantity equivalent to the total heat…

Q: 35 Assuming the temperatures remain the same, but including the effects of convection, will the heat…

A: we have to find out the relationship of convection effect with heat transfer and also temperature…

Q: List all the different applications of Packed bed and explain the working of packed tower with a…

A: The packed bed towers are used in: Distillation Gas absorption Liquid-liquid extraction Scrubbers…

Q: G₂ (s) 50 ; Gr(s) = 30s + 1' 1 10s +1 ; G₁(s) = 0.016 3s +1

A: Given,

Q: The settling time of a second-order underdamped system is 1 second and the period of oscillation is…

A: Settling time for a second-order system  Settling time (Ts) is the time required for a second-order…

Q: 2. Consider the 2D heterogeneous anisotropic volumetric (closed outer boundary) single- phase gas…

A: A 2D heterogeneous anisotropic volumetric (closed outer boundary).The reservoir is single-gas…

Q: (b) Fig. Q3(b) shows the typical stress-strain curves for three different categories of materials.…

A: ans.3(b)-i  From given Figure, Curve A suitably describes the property of Ceramics. while curve B…

Q: CHEMICAL PROCESSES CHEMICAL PROCESSES THAT ARE TOO SLOW THAT YOU WANT TO HAPPEN THAT ARE TOO FAST…

A: Chemical Processes: The process in which the formation of a new molecule or compound takes place…

Q: Derive separate molar flux equations for "mass transfer under zero net flux conditions" and "B phase…

A:

Q: When two CSTRs operate in series, samples are taken from:    options:   the first reactor outlet…

A: Given that two CSTRs operate in series.

Q: List out the various gas – solid and liquid -liquid mass transfer operations with suitable example…

A: The separation operations are used to separate the solute from the mixture (solute +solvent) with…

Q: Choose the correct option: Which of the following equations is used when there is turbulent flow? a)…

A: a) The Darcy equation is used to calculate the pressure drop in a porous medium (e.g., packed bed),…

Q: What is the frequency of ultraviolet light with a wavelength of 322 nm? A 9.38x1014 Hz B) 8.31x1014…

A: Given:- Wavelength = 322 nm  What is frequency of ultraviolet light?

Q: In thermal conduction in ceramics and metals, which of the following statements are true? Select one…

A: All of the statements are true. a. Phonons can have arbitrarily high and low energy. b. A component…

Q: I want the theory part for the PACKED BED DISTILLATION COLUMN experiment  include : advantages,…

A: Introduction: Packed Bed column: Packed columns are used for distillation, gasoline absorption, and…

Q: Briefly explain the following, a. Compare cars powered by conventional engine, Fuel cell, hybrid…

A: To answer a. Compare cars powered by conventional engine, Fuel cell, hybrid and electrical. b. Why…

Q: Create an RC circuit (DC supply 10V) that has a RC time constant equal to conds. Pick the resistor…

A: Problem 7: An RC circuit with an input voltage of 10V and time constant of 3.3sec is created using…

Q: How do different types of boundary conditions (such as Dirichlet, Neumann, and mixed boundary…

A: Boundary conditions are very important  in the mathematical modeling of heat transfer processes in…

Q: Derive Maxwell's relations.

A:

Q: In the boxes below, draw three particle diagrams representing the sample of alcohol cooling in the…

A: From the phase diagram wee observed that the boiling point of alcohol is 351 K. Given time is 3 min.…

Q: The rate-based model requires component mass-transfer coefficients, interfacial areas, and…

A: The temperature difference is driving force for heat flow similarly, concentration difference is the…

Q: I need to determine whether the source of uncertainty is systematic or random and explain why. If it…

A: The air vent blowing onto weighing pan will induce error in the measurement value as the weight of…

Q: What is the primary process of converting solar energy into other form of energy, explain and give…

A: Solar energy conversion describes technologies devoted to the transformation of solar energy to…

Q: 1. What are the main components of closed conduits flow networks?

A: Introduction: Fluid flow: Fluid flow is usually the movement of fluid this is subjected to distinct…

Q: Which of the following is true about the reflux ratio and boundary conditions in a distillation…

A: Reflux ratio =-The reflux ratio is defined as the ratio of the liquid returned to the column divided…

Q: Q 3) A) What is the physical significance of the two constants that appear in the van der Waals…

A: Since you have posted multiple independent questions in the same request, we will solve the first…

Q: Supersaturation is achieved at O a. STP O b. Atmospheric pressure O c. Room temperature O d. Low…

A: Super saturation is achieved at select correct option

Q: What are the application of engineering mechanics to the field of chemical engineering? What are the…

A: It is good to have a sound understanding of mechanics to solve coupled transport problems and this…

Q: State some every day examples of the first and second law of thermodynamics?

A: There are large numbers of everyday example related to first and second law of thermodynamics, some…

Q: What are component-coupling effects in mass-transfer-rate equations?

A: In general coupling is defined as the combination of two components for better result. In chemical…

Q: A.No.3: Briefly explain with flow diagram ,the manufacturing process of any one of the basic…

A: Refractory materials are compounds that are used as an insulating material or high temperature…

Q: Molecules in an organic compound are being held by what we call intermolecular forces or IMF.  Give…

A: Intermolecular Forces or IMF  IMF are the auxiliary powers which communicate between two molecules…