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Three particles are sliding along a flat frictionless surface, Ma = 0.4 kg, Mb = 0.5 kg, and Mc = 0.4 kg. Before any colisions take place, Va = 15 i m/s, Vb = 10 i m/s, and Vc = 5 m/s. e = 0.85 between a and b and e = 0.6 between b and c. How fast will ball c be traveling after all collisions have ceased? Distance between a and b is r = 2i m and distance between b and c is r = 15i m. Assume that a strikes b before b strikes c.
a power cycle operates between a high-temperature reservoir at temperature th and a lower-temperature reservoir at tl
question 1 a force of 750 n acts on point a in the x direction where the cables ab ac and ad are joined as shown in
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this is concerned a little more into aerodynamics, what are the uses of wind tunnels including the importance of geometric and dynamic similarity and wind tunnel interference?
assume that a person is on a roof and that the structure has a circular cross section. if the interface is frictionless
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a particle at rest is located at point 325 with units of ft. it is subjected to an acceleration in units of fts2 of a
a steady-flow boiler is essentially a long heated variable-area duct with liquid water entering at one end and steam
Calculating the mechanical properties of unidirectionally reinforced composites
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