College PhysicsNew edition of a standard college physics textbook. |
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Page 665
... slit and a virtual image of that slit . In Fig . 26-7 , a plane mirror M forms a virtual image S ' , and if the tilt of the mirror is small enough , S and S ' are very close together and act as a double slit of small separation . The ...
... slit and a virtual image of that slit . In Fig . 26-7 , a plane mirror M forms a virtual image S ' , and if the tilt of the mirror is small enough , S and S ' are very close together and act as a double slit of small separation . The ...
Page 683
... slits separated by 0.001 cm and the pattern of a grating having 1000 slits per cm ? 26-8 If you look at a distant line source through a narrow slit , the source appears to become broader as the slit is narrowed . Explain . 26-9 Hold a ...
... slits separated by 0.001 cm and the pattern of a grating having 1000 slits per cm ? 26-8 If you look at a distant line source through a narrow slit , the source appears to become broader as the slit is narrowed . Explain . 26-9 Hold a ...
Page 771
... slit . Let us look at this experiment from the photon point of view . The fact that the photons spread out means that while passing through the slit , they have some sideways momentum ( p , ) as well as forward momentum . * Since some ...
... slit . Let us look at this experiment from the photon point of view . The fact that the photons spread out means that while passing through the slit , they have some sideways momentum ( p , ) as well as forward momentum . * Since some ...
Contents
CHAPTER The Nature of Physics | 1 |
KinematicsThe Description of Motion 22 | 22 |
Dynamics | 59 |
Copyright | |
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acceleration angle angular angular momentum atom axis ball battery body Calculate capacitor charge circuit cm³ coefficient coil collision component constant Coulomb's law curvature decay density difference direction displacement distance earth electric field electron emitted energy equal equation equilibrium EXAMPLE FIGURE focal length force frequency friction galvanometer graph gravitational half-life heat horizontal inertia lens light liquid m/s² magnetic field magnitude mass maximum measured mechanical molecules momentum motion moving neutrons Newton's Newton's second law nuclear nucleus nuclide Ohm's law orbit particle photon Phys physics plane positive pressure radiation radius ratio rays relative resistance resistor rest mass right-hand rule rotation second law shown in Fig slit specific heat capacity speed surface temperature thermal torque unit vector velocity vertical vibration wave front wavelength weight wire zero