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Situation 30.1 An excited nucleus undergoes fission into two fragments.

Situation 30.1 An excited nucleus undergoes fission into two fragments. → + The following atomic masses are known: 91.926270 amu 143.922845 amu 236.045563 amu 41) In Situation 30.1, the reaction energy, in MeV, is closest to: A) 150 B) 160 C) 170 D) 180 E) 190 42) In Situation 30.1, assume, at a given instant, that the two.

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Situation 30.1 An excited nucleus undergoes fission into two fragments.

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ISBN10: 9780131130494

Subject: Electrical Engineering

Chapters: 18

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31) If you hold a sheet of copper in a

31) If you hold a sheet of copper in a strong permanent magnet, with the plane of the sheet perpendicular to the magnetic field, and quickly jerk it out, A) you will experience a magnetic force opposing your action. B) you will experience a magnetic force assisting your action. C) you will feel.

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31) If you hold a sheet of copper in a

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Short Answer Questions 1)A photoelectric surface has a work function of

Short Answer Questions 1)A photoelectric surface has a work function of 2.10 eV. Calculate the maximum kinetic energy, in eV, of electrons ejected from this surface by electromagnetic radiation of wavelength 356 nm. 2)(Note: h = 6.63 x 10-34 J ? s, e = 1.60 × 10-19 C, and c =.

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Short Answer Questions 1)A photoelectric surface has a work function of

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11) An oil film (n = 1.48) of thickness 290

11) An oil film (n = 1.48) of thickness 290 nm floating on water is illuminated with white light at normal incidence. What is the wavelength of the dominant color in the reflected light? A) Green (541 nm) B) Blue-green (493 nm) C) Violet (404 nm) D) Yellow (572 nm) E) Blue (470 nm) 12) A.

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11) An oil film (n = 1.48) of thickness 290

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21) A very long wire generates a magnetic field of

21) A very long wire generates a magnetic field of 0.0020 × 10-4 T at a distance of 1.0 mm. What is the magnitude of the current? A) 1.0 mA B) 2.0 mA C) 4000 mA D) 3100 mA 22) Two parallel, straight wires are 7.0 cm apart and each carries a 18.0 A current.

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21) A very long wire generates a magnetic field of

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Situation 25.3 The angular magnification of a refracting telescope 40. When

Situation 25.3 The angular magnification of a refracting telescope is 40. When the object and final image are both at infinity, the distance between the eyepiece and the objective is 143.5 cm. The telescope is used to view a distant radio tower. The real image of the tower, formed by the.

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Situation 25.3 The angular magnification of a refracting telescope 40. When

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Multiple Choice Questions 1) Two fixed navigation beacons mark the approach

Multiple Choice Questions 1) Two fixed navigation beacons mark the approach lane to a star. The beacons are in line with the star and are 40 Mm apart. A spaceship approaches the star with a relative velocity of 0.30 c and passes the beacons. The passage of the ship between the.

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Multiple Choice Questions 1) Two fixed navigation beacons mark the approach

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Multiple Choice Questions 1) A 2.0 m conductor formed into a

Multiple Choice Questions 1) A 2.0 m conductor is formed into a square and placed in the horizontal xy-plane. A magnetic field is oriented 30.0° above the horizontal with a strength of 1.0 T. What is the magnetic flux through the conductor? A) 0.12 T ? m2 B) 0.22 T ? m2 C) 0.25.

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Multiple Choice Questions 1) A 2.0 m conductor formed into a

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Multiple Choice Questions Situation 29.1 An atom has completely filled inner shells

Multiple Choice Questions Situation 29.1 An atom has completely filled inner shells and a single valence electron in an excited p state. The filled inner shells have an orbital momentum equal to zero. 1) In Situation 29.1, the magnitude of the orbital angular momentum of the atom is closest to: A) 1.0 B) 1.2.

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Multiple Choice Questions Situation 29.1 An atom has completely filled inner shells

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Multiple Choice Questions 1) As you walk away from a plane

Multiple Choice Questions 1) As you walk away from a plane mirror on a wall, your image A) gets smaller. B) may or may not get smaller, depending on where the observer is positioned. C) is always a real image, no matter how far you are from the mirror. D) changes from being a virtual.

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Multiple Choice Questions 1) As you walk away from a plane

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31) The half-life of cobalt-60 5.3 years, while that of

31) The half-life of cobalt-60 is 5.3 years, while that of strontium-90 is 28 years. Suppose you have a sample of each, such that they initially contain equal numbers of atoms of these nuclides. How will the activities (number of decays per unit time) of the samples compare? A) The.

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31) The half-life of cobalt-60 5.3 years, while that of

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Short Answer Questions 1) A wire along the z-axis carries a

Short Answer Questions 1) A wire along the z-axis carries a current of 4.9 A in the positive z direction. Find the force (magnitude and direction) exerted on a 3.3 cm long length of the wire by a uniform magnetic field with magnitude 0.43 T in the -x direction. 2) A proton,.

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Short Answer Questions 1) A wire along the z-axis carries a

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Short Answer Questions 1) Light of wavelength 519 nm passes through

Short Answer Questions 1) Light of wavelength 519 nm passes through two slits. In the interference pattern on a screen 4.6 m away, adjacent bright fringes are separated by 4.0 mm. What is the separation of the two slits? 2) Light is incident perpendicularly from air onto a liquid film that is.

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Short Answer Questions 1) Light of wavelength 519 nm passes through

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21) Light having a frequency in vacuum of 6.0 ×

21) Light having a frequency in vacuum of 6.0 × 1014 Hz enters a liquid of refractive index 2.0. In this liquid, its frequency will be A) 12 × 1014 Hz B) 6.0 × 1014 Hz C) 3.0 × 1014 Hz D) 1.5 × 1014 Hz E) None of the above choices are correct. 22).

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21) Light having a frequency in vacuum of 6.0 ×

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Short Answer Questions 1) A sinusoidal electromagnetic wave propagating in vacuum. (a)At

Short Answer Questions 1) A sinusoidal electromagnetic wave is propagating in vacuum. (a)At a given point and at a particular time the electric field is in the +x direction and the magnetic field is in the -y direction. What is the direction of propagation of the wave? (b) At the above point the.

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Short Answer Questions 1) A sinusoidal electromagnetic wave propagating in vacuum. (a)At

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Situation 23.2 A bichromatic source produces light having wavelengths in vacuum

Situation 23.2 A bichromatic source produces light having wavelengths in vacuum of 450 nm and 650 nm. The indices of refraction are 1.440 and 1.420, respectively. 41) In Situation 23.2, a ray of the bichromatic light, in air, is incident upon the oil at an angle of incidence of 50.0°. The angle.

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Situation 23.2 A bichromatic source produces light having wavelengths in vacuum

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Multiple Choice Questions 1) Find the energy (in eV) of an

Multiple Choice Questions 1) Find the energy (in eV) of an optical photon of frequency 6.43 × 1014 Hz. A) 2.66 eV B) 1.62 eV C) 1.94 eV D) 3.27 eV 2) Find the wavelength (in nm) of a 6.32 eV photon. A) 196 nm B) 167 nm C) 216 nm D) 234 nm 3) The work function of a particular.

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Multiple Choice Questions 1) Find the energy (in eV) of an

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Figure 21.5 11) In Figure 21.5, a straight wire carries a

Figure 21.5 11) In Figure 21.5, a straight wire carries a steady current I. A bar is in contact with a pair of circular rails, and rotates about the straight wire. The induced current through the resistor R is: A) zero B) from a to b C) from b to a Figure 21.6 12) In Figure.

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Figure 21.5 11) In Figure 21.5, a straight wire carries a

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ISBN10: 9780072460537

Subject: Electrical Engineering

Chapters: 13

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11) A series RLC circuit has a peak voltage of

11) A series RLC circuit has a peak voltage of 116 V and a peak current of 2.00 A. If the current lags the voltage by 52.0°, what is the average power of the circuit? A) 71 W B) 142 W C) 148 W D) 296 W 12) An RLC circuit has a reactance, due.

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11) A series RLC circuit has a peak voltage of

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Figure 21.24a 41) An R-L circuit shown, with a 17 ohm

Figure 21.24a 41) An R-L circuit is shown, with a 17 ohm resistor and an ideal 49 H inductor, that has zero resistance. At time t = 0 s, there is a 12A current in the circuit. In Figure 21.24a, at time t = 0 s, the rate of change of.

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Figure 21.24a 41) An R-L circuit shown, with a 17 ohm

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31) A diffraction grating has 450 lines per mm. What

31) A diffraction grating has 450 lines per mm. What is the highest order that contains the entire visible spectrum from 400 nm to 700 nm? A) m = 2 B) m = 3 C) m = 4 D) m = 5 E) m = 6 32) Which of the following changes would increase the separation.

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31) A diffraction grating has 450 lines per mm. What

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Chapters: 6

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Short Answer Questions 1) If the radius of a nucleus given

Short Answer Questions 1) If the radius of a nucleus is given by R = RoA1/3 where Ro = 1.20 × 10-15 m, calculate the density of a nucleus that has A = 139. The mass of a nucleon (proton or neutron) is 1.67 × 10-27 kg. 2) The unstable isotope 234Th.

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Short Answer Questions 1) If the radius of a nucleus given

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Multiple Choice Questions 1) In a head-on collision, an alpha particle

Multiple Choice Questions 1) In a head-on collision, an alpha particle (Z = 2) of energy 8.20 MeV bounces straight back from a nucleus of charge 80.0 e. How close were the centers of the objects at closest approach? A) 2.81 × 10-14 m B) 3.39 × 10-12 m C) 6.56 × 10-15 m D).

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Multiple Choice Questions 1) In a head-on collision, an alpha particle

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21) An 18 mm wide diffraction grating has rulings of

21) An 18 mm wide diffraction grating has rulings of 710 lines per mm. Light is incident normally on the grating. Monochromatic light of 506 nm wavelength is used. The largest angle from the normal at which an intensity maximum is formed is closest to: A) 46° B) 44° C) 42° D) 40° E) 38° 22).

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21) An 18 mm wide diffraction grating has rulings of

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Figure 20.5b 11) A rigid rectangular loop, which measures 0.30 m

Figure 20.5b 11) A rigid rectangular loop, which measures 0.30 m by 0.40 m, carries a current of 5.5 A, as shown. A uniform external magnetic field of magnitude 2.9 T in the negative x-direction is present. Segment CD is in the x-z plane and forms a 35° angle with the.

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Figure 20.5b 11) A rigid rectangular loop, which measures 0.30 m

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Multiple Choice Questions 1) A 35 mm camera equipped with a

Multiple Choice Questions 1) A 35 mm camera equipped with a 45 mm focal length lens is used to photograph a tree 15 m tall. The aperture of the lens is set at f/2. The aperture diameter at f/2, in mm, is closest to: A) 23 B) 14 C) 18 D) 27 E) 31 2) A 35.

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Multiple Choice Questions 1) A 35 mm camera equipped with a

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31) Someone in Earth's rest frame says that a spaceship's

31) Someone in Earth's rest frame says that a spaceship's trip between two planets took 10.0 y, while an astronaut on the space ship says that the trip took 5.78 y. Find the velocity of the spaceship in terms of the speed of light. A) 0.816 c B) 0.735 c C) 0.975 c D).

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31) Someone in Earth's rest frame says that a spaceship's

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11) A certain electromagnetic field traveling in vacuum has a

11) A certain electromagnetic field traveling in vacuum has a maximum electric field of 1200 V/m. What is the maximum magnetic field of this wave? A) 3.4 × 10-4 T B) 4.0 × 10-6 T C) 2.2 × 10-5 T D) 9.6 × 10-6 T E) 8.7 × 10-6 T 12) What is the wavelength used.

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11) A certain electromagnetic field traveling in vacuum has a

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Multiple Choice Questions 1) Two radio antennas 130 m apart a

Multiple Choice Questions 1) Two radio antennas are 130 m apart on a north-south line. The two antennas radiate in phase at a frequency of 3.6 MHz. All radio measurements are made far from the antennas. The smallest angle, reckoned east of north from the antennas, at which constructive interference of.

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Multiple Choice Questions 1) Two radio antennas 130 m apart a

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11) A farsighted boy has a near point at 2.0

11) A farsighted boy has a near point at 2.0 m and requires eyeglasses to correct his vision. Corrective lenses are available in increments in power of 0.25 diopters. The eyeglasses should have lenses of the lowest power for which the near point is no further than 25 cm. The.

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11) A farsighted boy has a near point at 2.0

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21) Which statement about thin lenses correct? In each case,

21) Which statement about thin lenses is correct? In each case, we are considering only a single lens. A) A converging lens always produces a real inverted image. B) A diverging lens always produces a virtual inverted image. C) A converging lens sometimes produces a real erect image. D) A diverging lens always produces.

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21) Which statement about thin lenses correct? In each case,

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21) Why do heavy nuclei contain more neutrons than protons? A)

21) Why do heavy nuclei contain more neutrons than protons? A) Neutrons dilute the electric repulsion of the protons. B) Neutrons are lighter than protons. C) Neutrons are heavier than protons. D) Neutrons are radioactive, and so are heavy nuclei. 22) Modern nuclear bomb tests have created an extra high level of 14C in our.

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21) Why do heavy nuclei contain more neutrons than protons? A)

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41) A star moving toward the Earth with a speed

41) A star is moving toward the Earth with a speed of 0.9 c (90% the speed of light). It emits light, which moves away from the star at the speed of light. Relative to us on Earth, the speed of the light moving towards us (emitted by the star).

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41) A star moving toward the Earth with a speed

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Multiple Choice Questions 1) Alpha particles (charge = +2e, mass =

Multiple Choice Questions 1) Alpha particles (charge = +2e, mass = 6.68 × 10-27 kg) are accelerated in a cyclotron to a final orbit radius of 0.30 m. The magnetic field in the cyclotron is 0.80 T. The period of circular motion of the alpha particles is closest to: A) 0.16 μs B).

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Multiple Choice Questions 1) Alpha particles (charge = +2e, mass =

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11) Scandium 44Sc decays by emitting a positron. The nuclide

11) Scandium 44Sc decays by emitting a positron. The nuclide which is the product of the decay is: A) B) C) D) E) 12) A radioactive source of a single nuclide emits 2.4 MeV neutrons at the rate of 7100 neutrons per second. The number of atoms in the source is.

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11) Scandium 44Sc decays by emitting a positron. The nuclide

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Figure 21.15 21) In Figure 21.15, a straight wire carries a

Figure 21.15 21) In Figure 21.15, a straight wire carries a current I. The wire passes through the center of a toroidal coil. The current is quickly reduced to zero. The induced current through the resistor R is: A) zero B) from a to b C) from b to a Figure 21.16 22) In Figure 21.16,.

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Figure 21.15 21) In Figure 21.15, a straight wire carries a

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Multiple Choice Questions 1) A 7.55 × 1014 Hz electromagnetic wave

Multiple Choice Questions 1) A 7.55 × 1014 Hz electromagnetic wave propagates in carbon tetrachloride with a speed of 2.05 × 108 m/s. The wavelength of the wave in carbon tetrachloride is closest to: A) 272 nm B) 301 nm C) 338 nm D) 361 nm E) 397 nm 2) A 1.90 × 1014 Hz electromagnetic wave.

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Multiple Choice Questions 1) A 7.55 × 1014 Hz electromagnetic wave

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31) A cylindrical tank 50.0 ft deep, 31.0 ft in

31) A cylindrical tank is 50.0 ft deep, 31.0 ft in diameter, and filled to the top with water. A flashlight shines into the tank from above. What minimum angle φ can its beam make with the water surface if the beam is to illuminate part of the bottom? (nwater.

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31) A cylindrical tank 50.0 ft deep, 31.0 ft in

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11) A blue laser beam incident a metallic surface, causing

11) A blue laser beam is incident on a metallic surface, causing electrons to be ejected from the metal. If the frequency of the laser beam is increased while the intensity of the beam is held fixed, A) the rate of ejected electrons will decrease and the maximum kinetic energy will.

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11) A blue laser beam incident a metallic surface, causing

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Figure 22.2c 21) A series ac circuit shown. The inductor has

Figure 22.2c 21) A series ac circuit is shown. The inductor has a reactance of 60 ohms and an inductance of 210 mH. A 30 ohm resistor and a capacitor whose reactance is 80 ohms are also in the circuit. The rms current in the circuit is 2.2 A. In Figure.

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Figure 22.2c 21) A series ac circuit shown. The inductor has

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Multiple Choice Questions 1) An alternating current supplied to an electronic

Multiple Choice Questions 1) An alternating current is supplied to an electronic component with a rating that it be used only for voltages below 16 V. What is the highest Vrms that can be supplied to this component while staying below the voltage limit? A) 8 V B) 16 V C) 256 V D) 8.

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Multiple Choice Questions 1) An alternating current supplied to an electronic

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11) If you were in a spaceship traveling at a

11) If you were in a spaceship traveling at a speed close to the speed of light (with respect to earth) you would notice that A) some of your physical dimensions were smaller than normal. B) your mass is different than normal. C) your pulse rate is different than normal. D) None of these.

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11) If you were in a spaceship traveling at a

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Situation 27.3 A relativistic proton has a momentum of 1.0 ×

Situation 27.3 A relativistic proton has a momentum of 1.0 × 10-18 kg ? m/s. The rest energy of a proton is 0.150 nJ. 21) In Situation 27.3, the kinetic energy of the proton, in nJ, is closest to: A) 0.13 B) 0.16 C) 0.19 D) 0.22 E) 0.25 22) In Situation 27.3, the speed of the.

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Situation 27.3 A relativistic proton has a momentum of 1.0 ×

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41) A 29.0 pm wavelength photon scattered by a stationary

41) A 29.0 pm wavelength photon is scattered by a stationary electron. The maximum energy loss of the photon is closest to: A) 4 KeV B) 6 KeV C) 10 KeV D) 12 KeV E) 15 KeV 42) An 18.0 pm wavelength photon is scattered by a stationary electron through an angle of 120°. The.

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41) A 29.0 pm wavelength photon scattered by a stationary

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Figure 20.8 31) A circular loop of radius 10 cm and

Figure 20.8 31) A circular loop of radius 10 cm and three long straight wires carry currents of I1 = 20 A, I2 = 50 A, I3 = 20 A, and I4 = 40 A, respectively, as shown. Each straight wire is 20 cm from the center of the loop. In.

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Figure 20.8 31) A circular loop of radius 10 cm and

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31) The longest wavelength of a photon that can be

31) The longest wavelength of a photon that can be emitted by a hydrogen atom, for which the initial state is n = 3, is closest to: A) 550 nm B) 575 nm C) 600 nm D) 625 nm E) 650 nm 32) The shortest wavelength of a photon that can be emitted by a hydrogen.

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31) The longest wavelength of a photon that can be

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11) A double convex thin glass lens has equal radii

11) A double convex thin glass lens has equal radii of curvature. The focal length of the lens is +37.3 cm and the index of refraction of the glass is 1.52. The radius of curvature of each convex surface, in cm, is closest to: A) 39 B) 35 C) 31 D) 43 E) 46 12) A.

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11) A double convex thin glass lens has equal radii

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Short Answer Questions Figure 21.25 1) In Figure 21.25, a uniform magnetic

Short Answer Questions Figure 21.25 1) In Figure 21.25, a uniform magnetic field B is confined to a cylindrical volume of radius 0.05 m. B is directed into the plane of the paper and is increasing at a constant rate of ΔB/Δt = 0.900 T/s. Calculate the magnitude and direction of the.

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Short Answer Questions Figure 21.25 1) In Figure 21.25, a uniform magnetic

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21) Find the energy of the photon emitted when an

21) Find the energy of the photon emitted when an electron drops from the n = 20 state to the n = 7 state in a hydrogen atom. A) 0.244 eV B) 0.263 eV C) 0.283 eV D) 0.302 eV 22) Calculate the radius of the n = 4 Bohr orbit in O7+ (oxygen with.

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21) Find the energy of the photon emitted when an

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11) How many electrons can be found with principal quantum

11) How many electrons can be found with principal quantum number n = 3 in a suitably heavy atom? A) 18 B) 6 C) 20 D) 9 12) Estimate the most energetic X-ray you can get from a heavy atom with Z = 93. A) 118 keV B) 0.865 eV C) 164 MeV D) 5.19 × 107 eV 13) Radioastronomers.

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11) How many electrons can be found with principal quantum

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Study Resources (Electrical Engineering)

Situation 30.1 An excited nucleus undergoes fission into two fragments.

Situation 30.1 An excited nucleus undergoes fission into two fragments.

31) If you hold a sheet of copper in a

31) If you hold a sheet of copper in a strong permanent magnet, with the plane of the sheet perpendicular to the magnetic field, and quickly jerk it out, A) you will experience a magnetic force opposing your action. B) you will experience a magnetic force assisting your action. C) you will feel.

31) If you hold a sheet of copper in a

Short Answer Questions 1)A photoelectric surface has a work function of

Short Answer Questions 1)A photoelectric surface has a work function of 2.10 eV. Calculate the maximum kinetic energy, in eV, of electrons ejected from this surface by electromagnetic radiation of wavelength 356 nm. 2)(Note: h = 6.63 x 10-34 J ? s, e = 1.60 × 10-19 C, and c =.

Short Answer Questions 1)A photoelectric surface has a work function of

11) An oil film (n = 1.48) of thickness 290

11) An oil film (n = 1.48) of thickness 290 nm floating on water is illuminated with white light at normal incidence. What is the wavelength of the dominant color in the reflected light? A) Green (541 nm) B) Blue-green (493 nm) C) Violet (404 nm) D) Yellow (572 nm) E) Blue (470 nm) 12) A.

11) An oil film (n = 1.48) of thickness 290

21) A very long wire generates a magnetic field of

21) A very long wire generates a magnetic field of 0.0020 × 10-4 T at a distance of 1.0 mm. What is the magnitude of the current? A) 1.0 mA B) 2.0 mA C) 4000 mA D) 3100 mA 22) Two parallel, straight wires are 7.0 cm apart and each carries a 18.0 A current.

21) A very long wire generates a magnetic field of

Situation 25.3 The angular magnification of a refracting telescope 40. When

Situation 25.3 The angular magnification of a refracting telescope is 40. When the object and final image are both at infinity, the distance between the eyepiece and the objective is 143.5 cm. The telescope is used to view a distant radio tower. The real image of the tower, formed by the.

Situation 25.3 The angular magnification of a refracting telescope 40. When

Multiple Choice Questions 1) Two fixed navigation beacons mark the approach

Multiple Choice Questions 1) Two fixed navigation beacons mark the approach lane to a star. The beacons are in line with the star and are 40 Mm apart. A spaceship approaches the star with a relative velocity of 0.30 c and passes the beacons. The passage of the ship between the.

Multiple Choice Questions 1) Two fixed navigation beacons mark the approach

Multiple Choice Questions 1) A 2.0 m conductor formed into a

Multiple Choice Questions 1) A 2.0 m conductor is formed into a square and placed in the horizontal xy-plane. A magnetic field is oriented 30.0° above the horizontal with a strength of 1.0 T. What is the magnetic flux through the conductor? A) 0.12 T ? m2 B) 0.22 T ? m2 C) 0.25.

Multiple Choice Questions 1) A 2.0 m conductor formed into a

Multiple Choice Questions Situation 29.1 An atom has completely filled inner shells

Multiple Choice Questions Situation 29.1 An atom has completely filled inner shells

Multiple Choice Questions 1) As you walk away from a plane

Multiple Choice Questions 1) As you walk away from a plane mirror on a wall, your image A) gets smaller. B) may or may not get smaller, depending on where the observer is positioned. C) is always a real image, no matter how far you are from the mirror. D) changes from being a virtual.

Multiple Choice Questions 1) As you walk away from a plane

31) The half-life of cobalt-60 5.3 years, while that of

31) The half-life of cobalt-60 is 5.3 years, while that of strontium-90 is 28 years. Suppose you have a sample of each, such that they initially contain equal numbers of atoms of these nuclides. How will the activities (number of decays per unit time) of the samples compare? A) The.

31) The half-life of cobalt-60 5.3 years, while that of

Short Answer Questions 1) A wire along the z-axis carries a

Short Answer Questions 1) A wire along the z-axis carries a current of 4.9 A in the positive z direction. Find the force (magnitude and direction) exerted on a 3.3 cm long length of the wire by a uniform magnetic field with magnitude 0.43 T in the -x direction. 2) A proton,.

Short Answer Questions 1) A wire along the z-axis carries a

Short Answer Questions 1) Light of wavelength 519 nm passes through

Short Answer Questions 1) Light of wavelength 519 nm passes through two slits. In the interference pattern on a screen 4.6 m away, adjacent bright fringes are separated by 4.0 mm. What is the separation of the two slits? 2) Light is incident perpendicularly from air onto a liquid film that is.

Short Answer Questions 1) Light of wavelength 519 nm passes through

21) Light having a frequency in vacuum of 6.0 ×

21) Light having a frequency in vacuum of 6.0 × 1014 Hz enters a liquid of refractive index 2.0. In this liquid, its frequency will be A) 12 × 1014 Hz B) 6.0 × 1014 Hz C) 3.0 × 1014 Hz D) 1.5 × 1014 Hz E) None of the above choices are correct. 22).

21) Light having a frequency in vacuum of 6.0 ×

Short Answer Questions 1) A sinusoidal electromagnetic wave propagating in vacuum. (a)At

Short Answer Questions 1) A sinusoidal electromagnetic wave is propagating in vacuum. (a)At a given point and at a particular time the electric field is in the +x direction and the magnetic field is in the -y direction. What is the direction of propagation of the wave? (b) At the above point the.

Short Answer Questions 1) A sinusoidal electromagnetic wave propagating in vacuum. (a)At

Situation 23.2 A bichromatic source produces light having wavelengths in vacuum

Situation 23.2 A bichromatic source produces light having wavelengths in vacuum of 450 nm and 650 nm. The indices of refraction are 1.440 and 1.420, respectively. 41) In Situation 23.2, a ray of the bichromatic light, in air, is incident upon the oil at an angle of incidence of 50.0°. The angle.

Situation 23.2 A bichromatic source produces light having wavelengths in vacuum

Multiple Choice Questions 1) Find the energy (in eV) of an

Multiple Choice Questions 1) Find the energy (in eV) of an optical photon of frequency 6.43 × 1014 Hz. A) 2.66 eV B) 1.62 eV C) 1.94 eV D) 3.27 eV 2) Find the wavelength (in nm) of a 6.32 eV photon. A) 196 nm B) 167 nm C) 216 nm D) 234 nm 3) The work function of a particular.

Multiple Choice Questions 1) Find the energy (in eV) of an

Figure 21.5 11) In Figure 21.5, a straight wire carries a

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Figure 21.5 11) In Figure 21.5, a straight wire carries a

11) A series RLC circuit has a peak voltage of

11) A series RLC circuit has a peak voltage of 116 V and a peak current of 2.00 A. If the current lags the voltage by 52.0°, what is the average power of the circuit? A) 71 W B) 142 W C) 148 W D) 296 W 12) An RLC circuit has a reactance, due.

11) A series RLC circuit has a peak voltage of

Figure 21.24a 41) An R-L circuit shown, with a 17 ohm

Figure 21.24a 41) An R-L circuit is shown, with a 17 ohm resistor and an ideal 49 H inductor, that has zero resistance. At time t = 0 s, there is a 12A current in the circuit. In Figure 21.24a, at time t = 0 s, the rate of change of.

Figure 21.24a 41) An R-L circuit shown, with a 17 ohm

31) A diffraction grating has 450 lines per mm. What

31) A diffraction grating has 450 lines per mm. What is the highest order that contains the entire visible spectrum from 400 nm to 700 nm? A) m = 2 B) m = 3 C) m = 4 D) m = 5 E) m = 6 32) Which of the following changes would increase the separation.

31) A diffraction grating has 450 lines per mm. What

Short Answer Questions 1) If the radius of a nucleus given

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Short Answer Questions 1) If the radius of a nucleus given

Multiple Choice Questions 1) In a head-on collision, an alpha particle

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Multiple Choice Questions 1) In a head-on collision, an alpha particle

21) An 18 mm wide diffraction grating has rulings of

21) An 18 mm wide diffraction grating has rulings of 710 lines per mm. Light is incident normally on the grating. Monochromatic light of 506 nm wavelength is used. The largest angle from the normal at which an intensity maximum is formed is closest to: A) 46° B) 44° C) 42° D) 40° E) 38° 22).

21) An 18 mm wide diffraction grating has rulings of

Figure 20.5b 11) A rigid rectangular loop, which measures 0.30 m

Figure 20.5b 11) A rigid rectangular loop, which measures 0.30 m by 0.40 m, carries a current of 5.5 A, as shown. A uniform external magnetic field of magnitude 2.9 T in the negative x-direction is present. Segment CD is in the x-z plane and forms a 35° angle with the.

Figure 20.5b 11) A rigid rectangular loop, which measures 0.30 m

Multiple Choice Questions 1) A 35 mm camera equipped with a

Multiple Choice Questions 1) A 35 mm camera equipped with a 45 mm focal length lens is used to photograph a tree 15 m tall. The aperture of the lens is set at f/2. The aperture diameter at f/2, in mm, is closest to: A) 23 B) 14 C) 18 D) 27 E) 31 2) A 35.

Multiple Choice Questions 1) A 35 mm camera equipped with a

31) Someone in Earth's rest frame says that a spaceship's

31) Someone in Earth's rest frame says that a spaceship's trip between two planets took 10.0 y, while an astronaut on the space ship says that the trip took 5.78 y. Find the velocity of the spaceship in terms of the speed of light. A) 0.816 c B) 0.735 c C) 0.975 c D).

31) Someone in Earth's rest frame says that a spaceship's