01926nam a2200217Ia 450000500170000000800410001702000130005808200150007110000230008624500390010925000080014826000410015630000180019750513040021570000230151970000190154270000200156194200080158199900170158995201020160620241211205636.0241211s1966    xx            000 0 und d  afcnm1689  a530.8I/J74  aJoseph, Alexander  0aPhysics for Engineering Technology  a1ra  aNew York :bJhon Wiley & Sons,c1966  a790 páginas  a1.Physics and engineering technology. 2.The composition of vectors. 3.Concurrent forces in equilibrium. 4.Nonconcurrent forces. 5.The forces of friction in equilibrium problems. 6.Elastic forces in static structure. 7.Kinematic and linear motion. 8.Uniformly accelerated motion and projectiles. 9.Forces and linear motion. 10.Forces and curvilinear motion. 11.Forces and rotation. 12.Work and energy. 13.Power, efficiency, and simple machines. 14.Impulse and momentum. 15.Vibrations and simple Harmonic motion. 16.Fluid mechanics. 17.Thermometry. 18.Expansion. 19.Heat. 20.The first and second Laws of thermodynamics. 21.Thermal properties of gases. 22.Changes of phase. 23.Heat transfer. 24.Wave motion. 25.Intensity and quality of sound waves. 26.Coulomb’s Law. 27.Electric fields and electric lines of forces. 28.Electric potential energy and electric potential. 29.The D.C. Circuit. 30. Magnetism and electromagnetic theory. 31.Import applications of electromagnetic theory. 32.Electrical conduction in solids, liquids, and gases. 33.Fundamentals elements in an A.C. Circuits. 34.Light and photometry? 35.Light reflection and mirrors. 36.Refraction. 37.Lenses and optical instruments. 38.They wave nature of light. 39.The vacuum tube. 40.Transistors and the solid state. 41.Nuclear technology.  a Pomeranz, Kalman   a Prince, Jack   a Sacher, David.  yLIB  c50910d50910  00104070aBE-FCNMbBE-FCNMcTPd2018-05-08eDonacionfBuenoo530.8I/J74pFCNM2865yLIBzExterno