The airbus A-340 passenger plane has a maximum takeoff weight of about 260,000 kg, a length of 64 m, a wing span of 60 m, a maximum cruising speed of 945 km/h, a seating capacity of 271 passengers, maximum cruising altitude of 14,000 m, and a maximum range of 12,000 km. The air temperature at the...

Air expands isentropically from 1.5 MPa and 60 C (centigrade) to 0.4 Mpa. Calculate the ratio of the initial to final speed of sound.c

Titanium in the BCC structure has a radius of 0.1423 nm. a) Find the angle 2theta at which the {2 2 0} planes of Ti will diffract the X-rays of wave length 0.07107 nm. b) What sets of planes diffract the X-rays of the above wave length at 2theta=63.5 degrees?

1)Use Matlab to write a function fractional.m that, if given two wavelengths, returns the fraction of radiation energy contained between the two wavelengths for either the WRC or the AM 1.5 spectrum. Hints: Use data provided in wehrli.txt and smarts.txt, read in with textscan. The header of...

An 11-lb force P is applied to a shift lever. The moment of P about B is clockwise and has a magnitude of 250 lb*in. Determine the value of alpha. (NOTE: I know the answer, which is 6.12 or 33.8, but I need help solving it ...thanks!)

weak formulation of 2-d axisymmetric problem in solid mechanics

How does Shangley's model for intermediate length column buckling account for the inconsistencies of the reduced modulus and tangential modulus model?

"1)Use Matlab to write a function fractional.m that, if given two wavelengths, returns the fraction of radiation energy contained between the two wavelengths for either the WRC or the AM 1.5 spectrum. Hints: Use data provided in wehrli.txt and smarts.txt, read in with textscan. The...

What diameter orifice hole, d, is needed if under ideal conditions the flowrate through the orifice meter shown is to be 30 gal/min of seawater with p1-p2 = 2.37 lb/in^2? The contraction coefficient is assumed to be 0.63

B. Consider an array of (n x n) particles initially equally positioned apart from each other by dx=1 and dy=1. Allow these particles to move walk randomly with time in a space much greater than the originally occupied space of (ndx x ndy). Calculate the average square distance between the...