ssrs code 39

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Armatures, 656 Arsenic, semiconductors and, 781 Artificial intelligence, 792 Artificial radioactivity, 811 Artificial satellites, Kepler s laws and orbit of, 173; Landsat 7, 180; limits on mass of, 180; orbital speed and period of, 180, 181 prob Astrolabe, 172 illus Astronauts, weightlessness of in space, 182 Astronomy, expansion of the universe, 447; Hubble Space Telescope, 467; use of Doppler effect by, 410 Atmosphere, convection in, 317 Atmospheric pressure, 343, 343 table Atom laser, 768 Atom smashing, 799 Atomic clocks, 50, 445 Atomic mass unit, 800 Atomic number (Z), 800 Atomic particles, 748 Atomic spectra, absorption spectrum, 751 752; Balmer series and, 756 illus; determining atomic structure from, 752; emission spectra, 749 750, 752, 755 lab Atomic structure, Bohr model of, 752 756, 757 prob, 758 prob, 759, 759 prob; nuclear model of, 748 752, 766 767 lab; quantum model of, 760 761 Atomizers, Bernoulli s principle and, 357 Atoms, 747 765; absorption spectrum and, 751 752; charge of, 543 544; electron orbital radius, 755; emission spectra from, 749 750, 752, 755 lab; energy of emitted photons from, 753 754; energy of, total, 755, 757 prob; energy of vibration of (E), 725; excitation of, 761 762; lasers from excited See Lasers; mass of, 749; neutral, 543; quantized energy levels in, 753 754; relative size of potential energy of, 289; spinning coins as model of, 747 lab Audiocassette recorders, 651 Auditory canal, 405 Automobile carburetors, Bernoulli s principle and, 357 Automobile engines, first law of thermodynamics and, 326 327; spark plugs in, 662 Automobile transmissions, ideal mechanical advantage (IMA) of, 272 Automobiles, collisions of, 231; elastic potential energy of bumpers, 378; hybrid cars, 608; speed of, 20 21 lab; streamlining of, 358 Average acceleration (a), 59 64, 63 prob, 65, 68 Average power, 677 Average speed, 44, 45 prob Average velocity, 44, 45 prob; equation for, 44; motion diagrams and, 46 47 Avogadro, Amedeo, 345 Avogadro s number, 345 Axis, principle, 464 Axles, 269.

speed of 44 m/s The acceleration occurs as the pitcher holds the ball in his hand and moves it through an almost straight-line distance of 35 m Calculate the acceleration, assuming that it is constant and uniform Compare this acceleration to the acceleration due to gravity

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Table 3-6

Velocity v Time Time (s) 00 10 20 30 40 50 60 70 80 Velocity (m/s) 00 40 80 120 160 200 200 200 200

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at various times is given in Table 3-5 a Draw a position-time graph of the motion of the ball When setting up the axes, use five divisions for each 10 m of travel on the d-axis Use five divisions for 1 s of time on the t-axis b Calculate the distance the ball has rolled at the end of 22 s

Table 3-5

Distance v Time Time (s) 00 10 20 30 40 50 Distance (m) 00 20 80 180 320 500

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turns green, the truck accelerates at 25 m/s2 At the same instant, a car passes the truck going 15 m/s Where and when does the truck catch up with the car

might someday be used to launch satellites as if they were bullets One such gun can give a small object a velocity of 35 km/s while moving it through a distance of only 20 cm a What acceleration does the gun give this object b Over what time interval does the acceleration take place

soft barriers, such as the one shown in Figure 3-21, so that cars hitting them will slow down at a safe rate A person wearing a safety belt can withstand an acceleration of 30 102 m/s2 How thick should barriers be to safely stop a car that hits a barrier at 110 km/h

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