Question
This is not an exam just sample questions.
A Pitot tube traverse resulted in the following local pressure difference measurements in a 12 cm diameter pipe: Compute the approximate volume flux in m3/sec using the above raw data without introducing any theory. You must show all steps. The symbols refer to the device above the respective symbols. S1 is a Normally Open (NO) switch. 30 points S2 is a normally closed switch. cR1 is a control relay. M is a motor and L is an indicator light. Assume that initially, the NC switch S2 is left off. Explain TO THE POINT what happens when, Input S1 turned ON, and then turned OFF immediately After 2 minutes input S2 turned ON, Explain in 10 lines the function of this ladder logic circuit and a possible application for it. The beam shown below is subjected to an axial force F which causes an axial strain of epsilon b In addition the beam is subjected to a bending moment M which causes an axial strain of 2epsilonb at the top surface of the beam. Assume that all the resistances in the Wheatstone bridge are initially equal and therefore the bridge is initially balanced and the gage factor of the strain gages is the same. There are four strain gages bonded on the beam. Gages E and G are not loaded. Find the bridge constants for the three configurations listed below. Show your steps I findings in a table. Recall for a Wheatstone bridge with the connections such that. N = ( epsilon 1- epsilon 2- epsilon 3 + epsilon 4)/primary, strain. Assume that the primary strain is along the direction of the axial force F.
Explanation / Answer
THIS WILL HELP YOU Non-degenerate diffusion will prevent discontinuities in the true solution, but those may be poorly resolved. I will assume that your question is about how to evaluate diffusive fluxes of the form f(u,?u,p)=?(u,?u,p)?u where ? is a d
