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A cube is originally at 100 degree. From t = 0 on, the faces are held at 0 degree. Find the time-dependent temperature distribution. This problem leads to a triple Fourier series; see the double Fourier series in Problem 9 and generalize it to three dimensions.
a 2 kg block of wood rest on the table top. A 7g bullet is shot straight up through a hole inthe table beneath the block. the bullet lodge in the block and the flies 25 cm above the table top. how fast was the bullet going initial?
10 kg of water in a piston cylinder exists as a saturated mixture at 120 kpa with quality 40. the water is now heated
air is confined to one side of a rigid chamber divided by a partition. the other side is initially evacuated. the air
the portion of the truss shown represents the upper part of a power transmission line tower. for the given loading
1. for the connection shown in figure assuming the bolts are frac34- in. diameter and the angle and plate astm a36
write a matlab code to draw a cubic bezier curve using decasteljau algorithm. the input to the program should be four
in moving from point b in a particular circuit to point a an electron gains 4 aj of potential energy. what is the
1. describe the relationship between microstructure scale and material properties. provide an example for how
estimate the theoretical fracture strength of a brittle material if it is known that fracture occurs by the propagation
you have been hired to develop a package transfer slide for a global company. the slide has length l. the slide is to
consider the annular triangular fin fabricated from an alloyed aluminumk180 wmk of lenght l10mm tickness t1mm. the base
argon gas enters a adiabatic compressor at 20psia and 90 f with a velocity of 60 fts and it exits at 200 psi and 240
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