Let’s examine the history of LSUS undergraduate enrollment vs. its tuition and fees. Download the “A3Q1 LSUS enrollment data” Excel file (in CSV format if you don’t have Excel); in it you will see historical information on LSUS undergraduate enrollment, total credit hour production, and tuition and fees. (If you wish, you can verify or look up additional information here, here, and here.)

Calculate annual elasticities for both types of quantity variables (i.e., you will have an elasticity of price vs. headcount, and one of price vs. credit hour). You will get an error message in your calculations when the tuition doesn't change from 2006-2007 and 2016-2017, since the elasticity calculation will be trying to divide by zero; just delete those error values in your Excel table so that the cells are blank. The first headcount elasticity will be calculated based on the 2004 and 2005 values of tuition and headcount and should be about 0.159; the first credit hour elasticity will also be based on the 2004 and 2005 values and should be about -0.348). Calculate the average annual elasticity for headcount (from 2004-2017), and the average annual elasticity for credit hour (from 2004-2017).

Many administrators argue that, to increase revenue to LSUS to cover budget shortfalls, tuition should be raised. Comment on this suggestion, using the evidence you’ve uncovered.

Use the definition of the partial current to prove the linear extrapolation distance for a vacuum boundary condition (the distance where the flux function goes to zero) is d = 2/3λ , where λ is the mean free math defined as λ = 1/Σtr = 3D (D is the diffusion coefficient)

Write and test MatLAB code implementing the mathematical models of the boundary value problem to evaluate the elastic deflection of the beam based on Euler-Bernoulli and Timoshenko theories with finite difference discretisation (for numerical integration and differentiation). The results must be plotted on a graph with labelled local maxima and minima

The boundary of a lamina consists of the semicircles

y =

and y =

together with the portions of the x-axis that join them. Find the center of mass of the lamina if the density at any point is inversely proportional to its distance from the origin. Hint: use polar coordinates

Find the eigenvalues

λ_n

and eigenfunctions

y_n(x)

for the given boundary-value problem. (Give your answers in terms of n, making sure that each value of n corresponds to a unique eigenvalue.)

x²y'' + xy' + λy = 0,  y(1) = 0,  y'(e) = 0

The stream function ?? in a two-dimensional flow field is given as ?? = 4?? − 3?? + 7???? (a) Prove that this flow field is irrotational and that it satisfies the continuity equation. (b) Find the potential flow function Ф(??, ??) for this flow field with boundary condition Ф = 0 at x = 2, y = 1.

Hello! In Ansys Fluent, how can I calculate the molar concentration (kmol/m^3) of a species and molar fraction (dimensionless) of a species in fluent after I put an exact amount of the mass (kg) of a species at a boundary? Thank you, I will thumb you up!

Describe and illustrate the use of a bank reconciliation in controlling cash, & Describe the Sarbanes-Oxley Act of 2002 and its impact on internal controls and financial reporting.

In January 2002, the Argentine Peso changed in value from Peso 1.00/$ to Peso 1.40/$, what is the percentage change in Argentine Peso against USD?