For a gas well at steady-state flow, use the following data reservoir: k = 0.1 md, h = 100 ft, pe = 4350 psi, t = 180 °f, skin factor= 10, re = 1000ft and rw = 0.25 ft fluid: yg = 0.65, and at average condition, hg = 0.02 cp, z=0.95 non-darcy flow coefficient d=103 a. generate the ipr equation in a standard quadratic format (ax2+bx+c=0) for a gas well. b. what is the gas flow rate if pwe=3000 psi c. generate an ipr plot for this well d. discussion: at what flow rate, the non-darcy flow effect can be neglected and why?

Asquare 1m x 1m plate is shown below. all four of its edges are kept at 0 co. at t=0the temperature distribution is given by: y xtsins n75)=.a) using separation of variables determine the temperature distribution t(x,y,t)along the plate at any time t.b) discretize the heat conduction equation +=22222 txtusing a second-order centered difference scheme for the two second derivatives and a first-order forward euler scheme for the first derivative. using von neumann stability analysis, determine the stability criterion for the proposed discretization scheme in terms of , hand t. solve for the maximum allowable time step tmax

You add 800 ml of water at 20c to 800 ml of water at 80c what is the most likely final temperature of the mixture ? a. 100c b. 60c c. 25 c d.50c

Use the ratio form of kepler’s third law, = , and the data provided to determine the time it takes mars to orbit the sun. round your answer to the nearest tenth. earth’s orbital period = 1.0 earth year earth’s distance from the sun = 1.0 au mars’s distance from the sun = 1.5 au it takes mars about ⇒ 1.8 earth years to orbit the sun.