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1 derive an expression for the velocity of second sound in a magnum gas assuming omega dk2 where d is a constant2
on the model leading to 78 calculate the ground-state energy compare this value with the energy of metallic sodium
show that states which transform as j 23 are split into two twofold levels by an axial crystal field evaluate the
a gardener holds a hose 075 m above the ground such that the water shoots out horizontallyandhits the ground at a point
a 200 m long string has a mass of g a g mass is attached to the string and hung over a pulley see illustration from one
hawaii cable television is a natural monopoly sketch a market demand curve and the firms cost curves use your graph to
optical determination of sound velocity in liquidsthe project aims at designing an experimental setup to measure the
assume the condition of single-size cylindrical fibers in a hexagonal packing arrangement assume the fibers are
1 would two-dimensional failure criteria under plane strain conditions be expected to be different from those of plane
in the boundary layer theory of section 61 the fiber phase is assumed to be very stiff compared with the matrix phase
with regard to the bending of symmetric laminates what is the lowest order theory that accounts for warping of the
1 as a project formulate a shear deformation level theory for laminates examine the literature on the subject2 explain
1 explain how one would approach the problem of determining bounds on stiffness properties for the hexagonal packing of
consider the deformation of a system of aligned inextensible fibers in which one surface is brought into contact with a
obtain the complete derivation of the constitutive equations for strain and entropy starting with the representation
specialize the result obtained in problem 6 to the case of spherical inclusions of a viscous material in an elastic
discuss the experimental procedure by which one would directly determine the coefficient beta in the expansion shown in
how would one proceed to estimate the very long wave length speed upsilon0 in elastic media with single size rigid
perform a numerical evaluation of the pulse propagation solution 428 to show how the pulse changes shape as it
1 carry out an analysis similar to that of section 81 but take the case of cylindrical pores rather than spherical
take an idealized fiber material as being elastic-perfectly plastic in an aligned fiber system take the matrix phase as
a two material composite medium has one continuous phase and the other phases are of discrete inclusions which shape of
the problem of moisture diffusion into fiber composites can provide a design limiting condition formulate the complete
on august 6 the collective bargaining agreement between the company and the union expired two days later the union
directions this activity can be performed as an individual or group assignment using either an oral or written report