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28 Beta Decay How can an electron be expelled from a nucleus in beta decay if the nucleus has no electrons 29 Nuclear Reactions The polonium isotope 210 Po 84 undergoes alpha decay Write the equation for the reaction 30 Half-Life Use Figure 30-4 and Table 30-2 to estimate in how many days a sample of 131I would 53 have three-eighths its original activity 31 Nuclear Reactor Lead often is used as a radiation shield Why is it not a good choice for a moderator in a nuclear reactor

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32 Fusion One fusion reaction involves two deuterium nuclei, 2H A deuterium molecule contains 1 two deuterium atoms Why doesn t this molecule undergo fusion 33 Energy Calculate the energy released in the first 1 1 2 0 0e fusion reaction in the Sun, 1H 1H 1H 0 1 34 Critical Thinking Alpha emitters are used in smoke detectors An emitter is mounted on one plate of a capacitor, and the particles strike the other plate As a result, there is a potential difference across the plates Explain and predict which plate has the more positive potential

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he first physicists who studied the nucleus with high speed particles had to make do with particles from radioactive sources Other experimenters used cosmic rays, produced by not-yet-understood processes in stars and galaxies In the early 1930s, the first laboratory devices that could accelerate protons and particles to energies high enough to penetrate the nucleus were developed Two devices, the linear accelerator and the synchrotron, are regularly used today

Describe the operation of particle accelerators and particle detectors Describe the Standard Model of matter and explain the role of force carriers

The name of the method can be anything you want, but the return type has to be IBAction, and the method has to take one argument of type id, which will be a pointer to the object that triggered the action. If this method gets called as the result of the user clicking a button, then sender will be a pointer to the button pressed. CAUTION: Action methods are one area where Cocoa and Cocoa Touch are different. In Cocoa Touch, action methods can have one of three different method signatures, taking either zero, one, or two arguments. This is not the case for actions in Cocoa, which must take one and only one argument.

A linear accelerator can be used to accelerate protons or electrons It consists of a series of hollow tubes within a long, evacuated chamber The tubes are connected to a source of high-frequency alternating voltage, as illustrated in Figure 30-10 Protons are produced in an ion source similar to that described in 26 When the first tube has a negative potential, protons are accelerated into it There is no electric field within the tube, so the protons move at a constant velocity The length of the tube and the frequency of the voltage are adjusted so that when the protons have reached the far end of the tube, the potential of the second tube is negative in relation to that of the first The resulting electric field in the gap between the tubes accelerates the protons into the second tube This process continues, with the protons receiving an acceleration between each pair of tubes The energy of the protons is increased by 105 eV with each acceleration The protons ride along the crest of an electric field wave, much as a surfboard moves on the ocean At the end of the accelerator, the protons can have energies of many millions or billions of electron volts A similar method is used to accelerate electrons Note that one can accelerate only charged particles

Figure 30-10 The linear accelerator at Stanford University is 33 km long and accelerates electrons to energies of 20 GeV (a) Protons in a linear accelerator are accelerated by changing the charge on the tubes as the protons move (b) (Not to scale)

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